«
Expand/Collapse
230 items tagged "robot"
Related tags:
robot arm [+],
cnc [+],
android [+],
ARM [+],
kinect [+],
don [+],
video [+],
toy [+],
robotics [+],
hackaday [+],
tank [+],
student [+],
servos [+],
line following robot [+],
iteration [+],
home [+],
hexapod [+],
eye [+],
delta [+],
control [+],
bot [+],
beagleboard [+],
3d printer [+],
world [+],
wii [+],
wheeled robot [+],
way [+],
wall [+],
walking robot [+],
telepresence [+],
teacher. leave [+],
sures [+],
shark [+],
self [+],
ros [+],
robotics competition [+],
robot hand [+],
robot controller [+],
robot chassis [+],
robert spanton [+],
retrotechtacular [+],
repair [+],
printer [+],
patrick [+],
object avoidance [+],
microcontrollers [+],
japan [+],
james [+],
humanoid robot [+],
humanoid [+],
europe [+],
dino [+],
chassis [+],
chaos communication congress [+],
body [+],
atmega [+],
wifi [+],
whole lot [+],
wheel robot [+],
voice commands [+],
update [+],
two wheels [+],
toby baumgartner [+],
thesis [+],
suspension system [+],
still image [+],
stepper motors [+],
space [+],
rock [+],
robot platform [+],
robot eyes [+],
remote control [+],
project [+],
programmable robot [+],
problem [+],
pr2 [+],
pololu [+],
pick and place machine [+],
pick [+],
picaxe microcontroller [+],
patrick mccabe [+],
omnidirectional [+],
navy [+],
musical [+],
microcontroller [+],
medical [+],
master [+],
mark [+],
malte [+],
machine [+],
macgyver [+],
locomotion [+],
line follower [+],
level functions [+],
laser [+],
killer robot [+],
jim [+],
jellyfish [+],
jack [+],
ir leds [+],
iphone [+],
instructable [+],
industrial robots [+],
how to [+],
homer [+],
hobby servos [+],
hand [+],
guide [+],
gripper [+],
google [+],
glue [+],
garage [+],
funds [+],
eric [+],
ease [+],
drive robot [+],
dog [+],
cost killer [+],
cost [+],
controller [+],
cons [+],
coffee grounds [+],
car [+],
boston dynamics [+],
boston [+],
board [+],
birds [+],
bipedal robot [+],
beer [+],
band [+],
bamf [+],
balancing [+],
autonomous robot [+],
audio [+],
attiny [+],
artist [+],
Skype [+],
zipitbot [+],
zipit [+],
zenta [+],
zak sawa [+],
yellow robot [+],
xbox 360 [+],
xbox [+],
writeup [+],
wrist [+],
wrestling one [+],
workshop [+],
wonder [+],
wolfgang [+],
wirelessly [+],
window [+],
willy wampa [+],
willow garage [+],
willow [+],
wii remote [+],
whistle [+],
whims [+],
while [+],
wheel assemblies [+],
wheel [+],
weekend [+],
week [+],
weeds [+],
wedding guests [+],
web interface [+],
web enabled [+],
watson [+],
water [+],
watch [+],
washington [+],
warrior [+],
war [+],
wampa [+],
walls [+],
wall e [+],
wall climbing robot [+],
wall climbing [+],
walk the tightrope [+],
walk [+],
voice controlled [+],
voice [+],
vision 3d [+],
vinod [+],
video link [+],
video interrupts [+],
video feedback [+],
video deals [+],
veteran [+],
vertical surfaces [+],
version [+],
veins [+],
vehicle competition [+],
vacuum pump [+],
vacuum [+],
using ping pong balls [+],
uses [+],
university grad [+],
unforgiving terrain [+],
underwater robot [+],
underwater [+],
type robot [+],
tyler [+],
two legs [+],
twitter [+],
turning [+],
tufts university [+],
trobot [+],
tricycle [+],
tree [+],
treaded [+],
transportation [+],
transforming robot [+],
transforming [+],
transformer robot [+],
traffic rules [+],
tradition [+],
traction [+],
track [+],
town researchers [+],
tower defense game [+],
torso [+],
top marketing [+],
tomdf [+],
tom ladyman [+],
toddler [+],
tobi [+],
tipi [+],
tip line [+],
tiny size [+],
tiny rover [+],
tiny circuit board [+],
tiny [+],
tightrope act [+],
tightrope [+],
third leg [+],
thing [+],
thieves [+],
thegrue [+],
terminal [+],
tender [+],
telepresence project [+],
telemetry [+],
teenage cousins [+],
technology advances [+],
tcp connection [+],
target [+],
tajima [+],
tag [+],
t break [+],
switch [+],
sweet vengeance [+],
sweden [+],
swarm robotics [+],
swarm [+],
sumo style [+],
sumo robot [+],
sumo [+],
summer campers [+],
subsection [+],
style [+],
stuff [+],
stroller [+],
stroke of genius [+],
strap [+],
stewart platform [+],
steve norris [+],
stereo lithography [+],
stef [+],
steering wheel [+],
steerable [+],
starting [+],
star wars r2 [+],
stan [+],
stair [+],
spy [+],
springfield missouri [+],
springfield [+],
spray nozzle [+],
spider [+],
speed record [+],
spanish port [+],
space internet [+],
source [+],
something [+],
solenoids [+],
softie [+],
soft legs [+],
soft [+],
snowy winter [+],
snow blower [+],
snow [+],
snakeboard [+],
snake robot [+],
snake like [+],
snake [+],
smooth ride [+],
slides [+],
sketchup [+],
six seconds [+],
sir [+],
singing [+],
simple [+],
silicone [+],
silicon valley firm [+],
silicon valley [+],
shuffle [+],
shoulder [+],
shop in paris [+],
shop [+],
shields [+],
sheraz [+],
shelf solution [+],
shay [+],
share activities [+],
shakey [+],
shakerbot [+],
seventh grade science [+],
servo control [+],
servo [+],
sensor inputs [+],
self balancing [+],
segway [+],
security [+],
secretive [+],
seattle [+],
sea creature [+],
scotland [+],
scooty [+],
science fiction television series [+],
science fiction television [+],
science [+],
school [+],
scanner [+],
sawa [+],
saul griffith [+],
sandia labs [+],
sandia [+],
sam [+],
s.h [+],
s programming [+],
s line [+],
ryan [+],
rubik [+],
rubber ball [+],
royal institute of technology [+],
router [+],
roundup [+],
rough surfaces [+],
rotation [+],
ron tajima [+],
rock fire explosion [+],
rock afire explosion [+],
robotic fish [+],
robotic [+],
robot world cup [+],
robot war [+],
robot vision [+],
robot vacuum [+],
robot toys [+],
robot toy [+],
robot star [+],
robot space plane [+],
robot pal [+],
robot operator [+],
robot movement [+],
robot mouse [+],
robot machine [+],
robot locomotion [+],
robot laser [+],
robot hands [+],
robot guidance [+],
robot gripper [+],
robot god [+],
robot fish [+],
robot eye [+],
robot drives [+],
robot control [+],
robot combat [+],
robot car [+],
robot builder [+],
robot artist [+],
robot 3d [+],
robocup [+],
robbie the robot [+],
robbie [+],
rob [+],
road [+],
ring [+],
rights of passage [+],
ride [+],
rick [+],
rfid [+],
rf transmitter [+],
rf receiver [+],
revolt [+],
retake [+],
repetitive tasks [+],
remote controlled [+],
remote control car [+],
regulator design [+],
red bull [+],
rectangles [+],
record [+],
rechargeable nimh [+],
receiver pair [+],
rear wheels [+],
real robot [+],
rc tank [+],
raw egg [+],
rare earth [+],
random disney [+],
radmeck [+],
radar system [+],
qube [+],
pythagoras [+],
pycon [+],
pvc foam [+],
purpose robot [+],
purpose [+],
psycho [+],
prototyping capabilities [+],
propeller based [+],
programming robots [+],
program [+],
professional laboratory [+],
professional [+],
product [+],
processor [+],
private thoughts [+],
printing [+],
presentation guide [+],
predecessor [+],
precise movements [+],
prague [+],
power source [+],
pour [+],
pound [+],
popularity [+],
popper [+],
pop up [+],
pool [+],
pollock [+],
pointless games [+],
point [+],
pneumatic actuators [+],
playing pool [+],
playing chess against the computer [+],
platform [+],
plastic [+],
plant [+],
plane [+],
pivot point [+],
pipe [+],
pingbot [+],
ping pong balls [+],
pid [+],
physical presence [+],
physical interface [+],
photoresistors [+],
phoenix [+],
peter [+],
petals [+],
pet [+],
personality [+],
personal robotics group [+],
percussion instruments [+],
pentagon [+],
pendulum [+],
peek [+],
pearl kit [+],
pearl [+],
pbs newshour [+],
pat metheny [+],
party popper [+],
party conversation [+],
party [+],
paris [+],
parachute [+],
paper [+],
pakistan [+],
packbot [+],
package [+],
oscar rodriguez [+],
oscar [+],
osaka university [+],
osaka [+],
online confessional [+],
ongoing project [+],
onefivefour [+],
ondrej stanek [+],
omniwheel [+],
omnibot 2000 [+],
omnibot [+],
old robot [+],
offering [+],
odex [+],
oddbot [+],
nxt [+],
nunchuck [+],
number crunching [+],
nulluser [+],
not [+],
nixie tubes [+],
nixie tube [+],
nixie [+],
ninja warrior [+],
ninja [+],
nimbus [+],
new tools [+],
new project [+],
netbook [+],
natural interaction [+],
nano sumo [+],
mystery [+],
music [+],
mr general [+],
movable arm [+],
mouse [+],
motor [+],
motion control [+],
motion [+],
morphex [+],
monica anderson [+],
money [+],
modded wall [+],
mobile base [+],
missouri [+],
misc [+],
ministry of defense [+],
minimalistic design [+],
min [+],
military [+],
mike li [+],
micro controller [+],
micro [+],
michael surran [+],
michael rubenstein [+],
michael [+],
mfa degree [+],
merits [+],
mechatronics lab [+],
mecanum wheels [+],
mecanum [+],
means of transportation [+],
mcu [+],
mb pdf [+],
mazvydas [+],
maze solving [+],
maze [+],
matthew journee [+],
matt [+],
mathieu sellier [+],
mathematical ideas [+],
matchbox sized [+],
massachusetts institute of technology [+],
massachusetts [+],
martin smith [+],
martin [+],
markus gritsch [+],
marko [+],
mark jermy [+],
marilyn manson [+],
makers [+],
maker [+],
magnetic surfaces [+],
magnetic personality [+],
madox [+],
machine bolts [+],
low [+],
lot [+],
lopsided wheels [+],
lofty goals [+],
lockpicking [+],
live feed [+],
little robots [+],
list [+],
linux [+],
links [+],
linked [+],
linear quadratic regulator [+],
line sensors [+],
line [+],
libya [+],
lego nxt robot [+],
lego nxt [+],
lego mindstorms nxt [+],
legged robot [+],
leg support [+],
leavers [+],
lcd screen [+],
lawrence tech [+],
lawn [+],
launchpad [+],
launch [+],
last time [+],
laser sensor [+],
laser cutter [+],
laser cut [+],
lars [+],
larry [+],
laptop battery [+],
landmanr [+],
ladyman [+],
lab technicians [+],
lab robot [+],
lab [+],
l.i.o.s. the [+],
l.i.o.s [+],
kyle [+],
kun [+],
kraba [+],
kiwi [+],
kit model [+],
kit [+],
kinesthetic learning [+],
kinects [+],
kinect controlled [+],
kind [+],
kilobot [+],
killer [+],
kids [+],
kickstarter [+],
kevin [+],
ken jennings [+],
kegerator [+],
kalman [+],
justin bieber [+],
julius [+],
juggler [+],
jonathan guberman [+],
jon [+],
johnny five [+],
johnny [+],
johannes [+],
job interview [+],
jimmy bui [+],
jewish tradition [+],
jeremy [+],
jeopardy [+],
jeff [+],
jason huggins [+],
japanese researcher [+],
jamming [+],
james robertson [+],
jackson pollock [+],
jackson [+],
j10 [+],
iraq [+],
ir emitters [+],
ir detectors [+],
ipad [+],
ioio [+],
inverted pendulum [+],
invertebrate [+],
inventing [+],
intuitive way [+],
intruder [+],
interrupts [+],
internet [+],
intelligent [+],
insurrection [+],
insignia [+],
injection [+],
infocast [+],
inflatable robot [+],
inexpensive robot [+],
inexpensive components [+],
inexpensive [+],
inertial [+],
industrial robot [+],
industrial quality [+],
inanimate objects [+],
icosatetrapeds [+],
icosatetrapedal [+],
i.s.e [+],
hyun [+],
hype [+],
hydrogen [+],
hurdles [+],
hummingbird [+],
human operator [+],
human body [+],
hrp [+],
house [+],
hot melt glue [+],
hot glue [+],
hopper [+],
homer simpson [+],
holy crap [+],
holonomic [+],
hollywood [+],
holiday [+],
hobo [+],
hobby robotics [+],
hexbug [+],
hexapod robots [+],
hero [+],
helmet [+],
hello world [+],
heliumfrog [+],
helicopter [+],
heathkit hero [+],
heathkit [+],
heat seeking [+],
harvard researchers [+],
hangout [+],
handhelds [+],
halloween costumes [+],
halloween [+],
hacker [+],
hackedgadgets [+],
h bridge [+],
gyroscopes [+],
guy kick [+],
guts [+],
gus [+],
guidance students [+],
guidance [+],
guberman [+],
ground [+],
great starting point [+],
grave stones [+],
graduate work [+],
grade science fair project [+],
goodness [+],
god [+],
glues [+],
glorious time [+],
give [+],
giant [+],
germany [+],
genetic algorithms [+],
general purpose [+],
general grievous [+],
gears [+],
garry kasparov [+],
garage sales [+],
garage sale [+],
game ball [+],
game [+],
gait [+],
future [+],
fun project [+],
fun [+],
fukushima [+],
fuel line hose [+],
fridge [+],
freedombot [+],
four wheels [+],
footage [+],
foot frame [+],
foam sheet [+],
flying platform [+],
fly wheel [+],
flower [+],
florida atlantic university [+],
flipping [+],
flight simulators [+],
flight of stairs [+],
flick [+],
flex sensors [+],
fish [+],
first robotics [+],
firebot [+],
fire explosion [+],
fire defense [+],
filter [+],
fight [+],
few days [+],
felines [+],
feedback loop [+],
feedback [+],
fall [+],
faire [+],
fabrication methods [+],
f.a.t [+],
eye tracker [+],
eye system [+],
extravaganza [+],
external stimuli [+],
external sensors [+],
expressionism [+],
experiment setup [+],
excerpt [+],
exact features [+],
eric gregori [+],
erector set parts [+],
entertainment purposes [+],
entertainment [+],
emgrobotics [+],
electronic robot [+],
electric drills [+],
eight legs [+],
educational robot [+],
edge sensors [+],
earthworms [+],
earthworm [+],
earthcore [+],
earth [+],
dryer vent hose [+],
drone [+],
drive train [+],
drive sprocket [+],
drip paintings [+],
drawbot [+],
dorweiler [+],
domo [+],
dollar [+],
doctor wily [+],
doctor who [+],
diy [+],
distant friends [+],
distances [+],
disembodied voice [+],
dikos [+],
digital controller [+],
digital [+],
diego [+],
diaries [+],
diameter [+],
development [+],
dev board [+],
design challenge [+],
depth maps [+],
depressed robot [+],
demo [+],
delfly [+],
debut [+],
deakin university [+],
dead [+],
dc motors [+],
dc motor [+],
david williamson [+],
dave [+],
daughter team [+],
darpa contract [+],
dane [+],
dan landers [+],
dan [+],
dallas personal robotics group [+],
dalek [+],
cypherbot [+],
curtis boirum [+],
cup [+],
culture shock [+],
cube [+],
creepy [+],
creating [+],
crawler [+],
crank arm [+],
couple [+],
costumes [+],
cost effective alternative [+],
coral reefs [+],
conversation [+],
controller board [+],
control robots [+],
control engineering [+],
control circuitry [+],
contraption [+],
continuous speech recognition [+],
contests [+],
construction technique [+],
connectivity options [+],
connectivity [+],
concept [+],
computing power [+],
computer [+],
compressorhead [+],
compound [+],
communications [+],
combination [+],
combat robots [+],
collection [+],
cold one [+],
coin cells [+],
coin [+],
coffee [+],
cnc routers [+],
clich [+],
cleanup efforts [+],
cleanup [+],
classic [+],
claire [+],
circles [+],
chumby [+],
chronos [+],
chris eckert [+],
chris [+],
chief knock a [+],
chiba institute [+],
chess against the computer [+],
chess [+],
chen [+],
cheetah [+],
cheap toy [+],
cheap stuff [+],
challenge [+],
cellphone [+],
cat feeder [+],
cat [+],
case in point [+],
carolina combat [+],
carl [+],
cardboard frame [+],
car seats [+],
capacitive touch screen [+],
camera image [+],
camera [+],
business cards [+],
building [+],
builder hardware [+],
buffer overflow vulnerability [+],
brute force [+],
bristlebot [+],
breaks [+],
breaking ground [+],
break wall [+],
brave [+],
brain [+],
bradley university [+],
boy [+],
boxz [+],
box [+],
botiful [+],
bogdan [+],
bluetooth [+],
blue beating [+],
blower [+],
bipedal [+],
bicep [+],
best buy [+],
bernoulli principle [+],
bercu [+],
ben grosser [+],
ben [+],
begun [+],
beating [+],
baumgartner [+],
battle [+],
battery [+],
basic stamp 2 [+],
base jumper [+],
bart [+],
bar tender [+],
bar stool racer [+],
bar [+],
baltimore [+],
balsa [+],
balancer [+],
bad guys [+],
baby cradle [+],
baby [+],
b9 robot [+],
axis rotation [+],
axis gimbal [+],
axes [+],
avrcam [+],
avoidance system [+],
avoidance [+],
avenger [+],
automobile assembly [+],
atmel avr [+],
astronaut [+],
astounding [+],
arm project [+],
argentina [+],
arduinobot [+],
arduino bot [+],
ardudelta [+],
ara kourchians [+],
apple macbook [+],
appendage [+],
anyone with access [+],
anyone [+],
anthropomorphic robot [+],
anime [+],
angular momentum [+],
angular [+],
angry [+],
andrej [+],
and [+],
analog control [+],
analog circuits [+],
analog [+],
amper [+],
aluminum pan [+],
aluminum [+],
alternative [+],
allen [+],
algorithm [+],
air compressor [+],
ahlers [+],
adk [+],
adam bercu [+],
achu [+],
accurate description [+],
accuracy [+],
accelerometers [+],
accelerometer [+],
abstract expressionism [+],
abb industrial [+],
abb [+],
aaron [+],
Wireless [+],
Weekly [+],
Software [+],
Programming [+],
Hardware [+],
Hackerspaces [+],
7 months [+],
3pi [+],
32mm [+],
arduino [+],
hacks [+],
robots [+],
news [+]
-
-
![Permalink for 'Who would win in a fight, robot [Lemmy] or robot God?'](/themes/lilina/web//media/mark_off.gif.pagespeed.ce.FiDKaoEBZK.gif)
5:01
»
Hack a Day
So this is what happens when a fan of The Rock-afire Explosion grows up. Meet Compressorhead, a musical trio of hydraulic and pneumatic musical mastery. Compressorhead is a lean band, consisting of only three members. Stickboy, the drummer, is a four-armed beast reminiscent of [General Grievous] that plays a 14-piece Pearl kit with a double [...]
-
-
12:01
»
Hack a Day
We think that [Andrej Škraba] needs to start looking for a beefier motor platform. This little robot has so much hardware strapped to it the motors can barely keep up. But with a little help it can make its way around the house, and it takes a whole lot of connectivity and computing power along [...]
-
-
11:01
»
Hack a Day
ODEX-1 is called the first commercial walking robot in this video from 1983. Of course you will quickly recognize this as a hexapod. It’s hard to get over the fact that what was so advanced at the time can now be built at home relatively inexpensively. As with most of these retrotectacular posts the presentation is a [...]
-
-
6:00
»
Hack a Day
After nearly 30 years since the first episode of Transformers aired, someone has finally done it. A company named Brave Robotics out of Japan has created a true transformer robot that is half remote control car and half remote control bipedal robot. According to the Brave Robotics’ site, this creation is the result of more than 10 years. [...]
-
-
11:01
»
Hack a Day
From the looks of the latest update [James] has made quite a bit of progress on his bipedal robot. He added to the top of the post just a few days ago, but didn’t include the video link which you’ll find embedded after the break. There’s about ten minutes of explanation before he gets down [...]
-
-
12:05
»
Hack a Day
We’ve seen strollers and car seats that have a steering wheel for the baby to play with (like in the opening of The Simpsons). But what we hadn’t seen is a stroller that allows baby to actually steer. You might think that a putting a motorized vehicle in the hands of someone so young is an [...]
-
7:00
»
Hack a Day
You may be familiar with the Hexbug Spider, a small electronic robot toy sold at Target and Walmart for $20. While they’re able to be commanded to move forward, backward, and spin around on a dime, there aren’t any external sensors to make it really exciting. [Eric] sought to remedy this and came up with [...]
-
-
7:00
»
Hack a Day
This robot can find and extinguish fires automatically. It is the culmination of an Embedded Design class project from last school year. [Dan] and his classmates developed a turret that holds both a spray nozzle and heat sensor which would be a fantastic building block for a real-life tower defense game. The jewel of the [...]
-
-
12:01
»
Hack a Day
Don’t get us wrong, we love these Rock ‘Em Sock ‘Em Robot costumes. But as with that Samus Helmet it must make party conversation a bit weird. And how do you hold on to your beer? But you’ve got to commend [EyeHeartInk] and his friend for their commitment. Not only did they wear them to [...]
-
-
11:01
»
Hack a Day
Fans of the game show Ninja Warrior will immediately recognize the similarity of this test apparatus as the Spider Climb. Of course that’s not a human contestant, but a humanoid robot developed by Boston Dynamics. And it’s not actually clinging to the vertical walls as its only support. There are two narrow ledges to either side on [...]
-
-
12:01
»
Hack a Day
This robot is able walk the tightrope (translated). Well, it’s more of a shuffle than a walk, but still a lot better than we could do. In the video after the break you can see the bot starting on the platform to the right. As it steps out onto the wire (which rides in a [...]
-
-
15:01
»
Hack a Day
There’s all kinds of interesting things going into this tank robot build, but that beautiful suspension system immediately caught our eye. It helps to protect the body of the robot from being shaken apart when traveling over rough surfaces. Make sure to check out the four parts of the build log which are found on [...]
-
-
15:01
»
Hack a Day
You can now “EX-TER-MIN-ATE!” with one finger since this plush Dalek from Doctor Who has been turned into a wireless robot. The build started out with the toy whose only trick was to spout quotes from the popular science fiction television series. [Madox] took it apart to see how it worked, then added some of his [...]
-
-
16:01
»
Hack a Day
[Adam Bercu] and [Dan Landers] from Artisan’s Asylum in Somerville, MA brought a very, very cool toy to Maker Faire this year. It’s a two hundred pound WiFi repeater deploying robot able to amble across unforgiving terrain and my foot. The robot is controlled through a web interface with the help of a front-mounted web cam [...]
-
-
11:01
»
Hack a Day
If you think this thing looks good you should see it move. [Martin Smith] hit a home run on the project, which was his Master’s Thesis. Fifteen servo motors provide a way for the bot to move around. Having been modeled after a small canine the gait is very realistic. The tail is even functional, acting as [...]
-
-
6:01
»
Hack a Day
We love cheap stuff here. Who doesn’t? [Oscar Rodriguez Parra] does too, and wrote in to show us his super cheapey robot L.I.O.S. The build was for the AFRON design challenge, which involves building a 10 dollar robot to teach students robotics. The winners of the challenge were neat and all, but they all look [...]
-
-
10:01
»
Hack a Day
It would have been very hard to believe this is made from paper if we hadn’t seen all the parts being built. As a still image it looks neat, but the speed at which those paper gears turn in the video after the break will certainly leave you slack-jawed. It really is a walking robot [...]
-
-
10:01
»
Hack a Day
[Willy Wampa] is showing off his self-balancing robot. What strikes us about the build is how well tuned his feedback loop seems to be. In the video after the break you will see that there is absolutely no visible oscillation used to keep its balance. The parts used are quite easy to obtain. The acrylic [...]
-
-
11:01
»
Hack a Day
These robot cubes, called BOXZ, use an interesting interlocking part design to mount and protect the parts within. But to really make them pop you need to color and apply your own papercraft skins. The actual hardware is quite simple. They’ve used an Arduino, along with motor driver and Bluetooth shields, to control a set [...]
-
-
10:01
»
Hack a Day
Having an open bar usually means hiring at least one bar tender. But this hack does away with those labor costs (and someone to make sure your teenage cousins aren’t drinking) by putting a robot in charge of things. But the fun doesn’t stop there. One of the features of this bartender is that it [...]
-
-
11:01
»
Hack a Day
If you’re looking to improve the stability of your self balancing robot you might use a simple horrifying equation like this one. It’s part of the journey [Lauszus] took when developing a sensor filtering algorithm for his balancing robot. He’s not breaking ground on new mathematical ideas, but trying to make it a bit easier for [...]
-
10:01
»
Hack a Day
[Malte Ahlers] from Germany, After having completed a PhD in neurobiology, decided to build a human sized humanoid robot torso. [Malte] has an interest in robotics and wanted to show case some of his skills.The project is still in its early development but as you will see in the video he has achieved a nice build so [...]
-
-
7:01
»
Hack a Day
For those of you that don’t know, the Heathkit HERO (Heathkit Educational Robot) was a ‘bot built in the early 1980s. [Rick] wasn’t satisfied with his model ETW-18′s programming interface, so decided to upgrade it to be able to run Python using a hacked wireless router. We’d agree that things have advanced since then, since [...]
-
-
13:01
»
Hack a Day
It’s a blur, but you really don’t want to seen this thing coming for you anyway. It’s the latest look at what the folks at Boston Dynamics have been working on under a DARPA contract. They call it the Cheetah robot as it’s the fastest four-legged bot ever developed. The clip after the break shows [...]
-
-
14:01
»
Hack a Day
[Tom Ladyman] is making the case that a robot can take the place of a guide dog. According to his presentation, guide dogs cost about £45,000 (around $70k) to train and their working life is only about six years. On the other hand, he believes that this robot can be put into service for about £1,000 (around [...]
-
12:01
»
Hack a Day
The guys over at Section9 Hackerspace in Springfield, Missouri just finished building this treaded robot. Despite the juxtaposition of the cat, it really doesn’t defend anything. The project is a reconnaissance robot controlled over the network with video feedback. The team started off with some lofty goals. They wanted to the robot to be able to [...]
-
8:01
»
Hack a Day
If it were alive this robot would be classified as an invertebrate. It lacks a backbone and interestingly enough, all other bones are missing as well. The Harvard researchers that developed it call it a soft robot. It’s made out of silicone and uses pathways built into the substance to move. By adding pressurized air to [...]
-
-
9:01
»
Hack a Day
[Jim] has an old Android phone he’d like to use as a Robot brain. It’s got a lot of the things you’d want in a robot platform; WiFi, Bluetooth, a camera, an accelerometer, etc. But he needed some way to make the mobile, mobile. What he came up with is a chassis with servos that [...]
-
-
8:01
»
Hack a Day
This earthworm robot comes to us from researchers at the Massachusetts Institute of Technology. It is made up of mostly soft parts and manages to inch its way along the ground. The robot’s “skin” is made from a tube of polymer mesh that will hold up to an awful lot of bending and stretching. As with its [...]
-
-
6:01
»
Hack a Day
This robot was built to care for the graves and honor the dead in the Jewish tradition. It is called “Stoney” and was developed by [Zvika Markfeld] based on a concept by [Itamar Shimshony] who is working toward an MFA degree. The image above shows it in action as part of an installation; to our [...]
-
-
12:00
»
Hack a Day
[Gus] made it to the Google+ developers vlog to show off his new Google+ hangout controlled robot. This robot, named OSCAR (Overly Simplified Collaboratively Actuated Robot), drives around according to the whims of everyone in a Google+ hangout. Not only is the robot under remote control through a Google+ hangout, it also features a camera, allowing a [...]
-
-
13:00
»
Hack a Day
We have no idea why, but since we featured Botiful, the Android-powered telepresence robot a few days ago, the tip line has been awash in robot/Android mashups. Here’s a few of the cool ones. Using an Android as a remote control [Stef] used a Samsung Galaxy S3 to control an old rc tank. The Android sends [...]
-
-
7:00
»
Hack a Day
[Sam] has been working on a cellphone controlled robot for a while now and with the launch of a few similar Kickstarter campaigns he thought it would be good to share his progress so far. [Sam]‘s robot is controlled by an Android device with the help of an IOIO dev board. This setup provides more [...]
-
-
4:01
»
Hack a Day
Here is a telepresence robot that uses an Android device and LEGO NXT parts. [Wolfgang] had an extra phone on hand and decided to put it to good use. The Mindstorm parts make it really easy to produce a small robot, and adding the phone really ups the computing and connectivity options available to him. [...]
-
-
5:00
»
Hack a Day
[Claire] sent in a project she’s been working on for the past few years. It’s called Botiful and aims to turn any Android phone into a mobile telepresence robot. Botiful is built around the IOIO Android to Arduino dev board and provides a very clean way to interface your current cell phone with a tiny – and [...]
-
-
13:01
»
Hack a Day
Lab work is a pretty good job. But sometimes being around hazardous samples, or completing tedious and repetitive tasks leave scientists looking for a different way. This robot seems to know its way around a lab. The folks behind it claim it’s more precise than veteran lab technicians, and that it can complete the tasks in half [...]
-
-
12:47
»
Hack a Day
At this year’s Pycon [Jason Huggins] gave a talk about his Angry Birds playing robot. He built a delta robot which includes a pen actuator for controlling a capacitive touch screen. The video after the break starts with a demo of the bot beating a level of Angry Birds on the iPad. The idea behind [...]
-
-
13:01
»
Hack a Day
At this point we’re beginning to think that building a self-balancing robot is one of the rights of passage alongside blinking some LEDs and writing Hello World on an LCD screen. We’re not saying it’s easy to pull off a build like this one. But the project makes you learn a lot about a wide [...]
-
10:01
»
Hack a Day
Wow, it’s amazing what [Carl] was able to build using an Xbox 360 control PCB as the base for his robot. His forum posts just touches the surface of the build, but he linked to a PDF file which has the full details. This build basically attaches sensors and replacement motors to the controller board… [...]
-
-
12:02
»
Hack a Day
Have you ever wondered what a Tumblr written by a psychotic robot would look like? Wonder no more, because [Lars] has that all figured out. A few years ago, [Lars] stumbled across lowbrow.com (now defunct, but mirrored here), an online confessional and bathroom wall meant to host people’s most private thoughts and actions anonymously. [Lars] wrote [...]
-
-
9:01
»
Hack a Day
This 3d printing delta robot really seems to solve a lot of the hurdles faced by previous offerings. With other delta printers we’ve looked at the motor control of the three arms is usually a it complicated. On this build the motors can just be seen in this image at each corner under the build [...]
-
-
10:01
»
Hack a Day
This is the fourth iteration that [Dino] has produced for his all-terrain robot. Just before this it was more of a turtle, with an aluminum pan shell. We think his upgrade to MicroRAX frame parts makes it look a lot better, and lightens the load so it can get around better as well. It’s hard [...]
-
-
16:01
»
Hack a Day
This pleasant-looking plant may try to take your hand off if you’re not careful. The robot flower (translated) includes sensors that cause the petals to move in reaction to external stimuli. You can just make out the distance sensors as black rectangles on two of the petals. These let the flower track an object by rotating the [...]
-
10:01
»
Hack a Day
This self balancing robot still uses just two wheels, but it’s balancing very differently than we’re used to seeing. Where most of the projects use a form factor that’s similar to a Segway, this works just like a bicycle. But it doesn’t need to keep the front and rear wheels spinning to stay upright. In [...]
-
-
10:01
»
Hack a Day
For the last few months, [HeliumFrog] has been building a SCARA bot to serve as the basis for a pick and place machine. Somewhat amazingly, this is the first robot of its kind to be printed on a 3D printer. A SCARA-type robot is an articulated arm perfectly suited for transferring components from tubes and reels [...]
-
-
15:01
»
Hack a Day
The Hackaday staff isn’t in agreement on 3d printers. Some of us are very enthusiastic, some are indifferent, and some wonder what if they’re as widely useful as the hype makes them sound. But we think [Jason Dorweiler's] self balancing robot is as strong a case as any that 3d printing should be for everyone! Don’t [...]
-
-
8:01
»
Hack a Day
Robot combat has inspired makers probably since the first one was conceived. Whether it’s an epic struggle between two future superpowers, or simply a friendly match of robot hockey, it’s always fun to watch. NC Maker Faire 2012 was no exception as [Carolina Combat Robots] had a small arena with remote control robots going at [...]
-
-
8:01
»
Hack a Day
Wow, building a precision 3d printer is amazingly easy if you can get your hands on an industrial-quality robot arm. [Dane] wrote in to tell us about this huge extruder printer made from an ’80s-era SCARA robot arm. It is capable of printing objects as large as 25″x12″x6.5″. This 190 pound beast was acquired during a [...]
-
-
14:02
»
Hack a Day
[Marko] created a robot that prints burritos. Truly, we’ve reached new heights as a species. The Burritob0t is based on the ORD Hadron 3d printer with a pair of air compressor/syringe-based extruders based on the Makerbot Frostruder. All the ingredients – rice, meat, salsa, and molten cheese – will be printed onto the surface of a tortilla heated by a [...]
-
-
9:01
»
Hack a Day
Last month, [Vinod] bought a pair of hobby servos on a whim. These servos sat on the shelf for a while until [Vinod] asked his friend what he should use them for. [Achu] suggested using the servos for a walking robot, so after checking out a few YouTube videos of some servo-powered walkers, [Vinod] built [...]
-
-
8:01
»
Hack a Day
After building many functional but somewhat unfinished looking bots, [Tomdf] really wanted to produce something that felt “complete”. Pingbot is the result and here’s how [Tomdf] describes it: Pingbot is a very small (38mm diameter), usb rechargeable, programmable, musical, remote control robot designed for maximum fun and danceability. Though I wasn’t inclined to dance I [...]
-
-
8:01
»
Hack a Day
At the beginning of the school last year, [Ryan] needed to come up with a project for his master’s thesis. Having a bachelor’s in mech. engineering and doing his graduate work in software engineering allowed [Ryan] to do something really cool for his thesis; he decided to turn an iPhone into an autonomous robot with [...]
-
-
12:01
»
Hack a Day
This robot uses the concept of a snakeboard for getting around. [Sevag Babikian] built the project, and has gone out of his way to explain how it works. We’d recommend skimming over his explanation, but it was the video after the break that made all things clear to us. There is a large fly-wheel at [...]
-
-
6:00
»
Hack a Day
Don’t have anyone to share activities with? Forget Siri, she’s just a disembodied voice in a box. You need to get yourself a shoulder-mounted robot pal. The idea behind this design actually has something to do with telepresence. Let’s say you and your best friend want to go check out the local Hackerspace. The problem is [...]
-
-
15:01
»
Hack a Day
[Diego] wrote in to let us know about the haptic feedback arm project with which he’s hard at work. He calls it the Vimphin, which is uses the beginning letters from the words: Virtual Manipulator Physical Interface. Instead of a claw, the robot arm has a hand grip that lets you easily move it around. [...]
-
-
8:00
»
Hack a Day
The problem of gripping all surfaces has always plagued the field of climbing robotics. But if you don’t care about damaging the wall, why not just let the robot glue its feet to the surface. That’s exactly how this robot does it, using a couple of climbing feet in conjunction with a hot melt glue [...]
-
-
13:01
»
Hack a Day
Sure, we see hexapods all the time at [HAD], but moving around with four legs can be more tricky kinematics-wise. This Instructable shows you how to make one out of balsa wood. Although one might not think of balsa to make their robot out of [vexedpheonix] explains that this was chosen because it’s extremely light [...]
-
-
8:01
»
Hack a Day
If you happen to visit the Spanish port of Gijon, you may notice some giant yellow robotic fish swimming around. These 5 foot long swimmers are part of a proposed sensor network to detect pollutants in the water. Equipped with an array of sensors, the fish can test for general water quality, or swap out [...]
-
-
4:01
»
Hack a Day
The T-1000 was the shape-shifting robot from T2 (the second Terminator movie). It was so amazing because it could assume the form and texture of anything; humans, piercing weapons, inanimate objects. This robot doesn’t even compare, except for one small trait. When it needs a tool, it can build it as its own appendage. This [...]
-
-
12:01
»
Hack a Day
Ever wonder what’s under the hood with a competitive battle robot like this one? It’s usually a big secret as teams don’t care to give their competition any help. But [AlexHrn] decided not only to give us a peek, but also shows us his step-by-step build process for Phoenix, the 30 pound flipping battle robot. [...]
-
-
15:01
»
Hack a Day
In this installement of Retrotechtacular we’re taking a look at Shakey, a robot developed between 1966 and 1972 at the Stanford Reserach Lab. This was a glorious time when students had long hair but still wore long sleeves and ties to do their research. The robot is actually communicating wirelessly with the PDP-10 computer which [...]
-
11:01
»
Hack a Day
A lot of 3D printing and a many servo motors went into this snake-like robot, and it’s only about half of what [Toby Baumgartner] plans to accomplish. In this orientation the snake is rolled into a circle, and apparently some special movements in the segments allow it to roll around like this. He compares it [...]
-
-
14:01
»
Hack a Day
[DJ Sures], mastermind behind the EZ-B Bluetooth Robot controller, sent in a really interesting build where he controls a robot with a 1983 TRS-80 computer. The robot in question is [DJ Sures]‘ adorable WALL-E we’ve seen before. WALL-E is controlled through a Bluetooth connection to a desktop PC with the EZ-Builder hardware and software package. To get the [...]
-
-
8:01
»
Hack a Day
Here’s an oldie but a goodie: [Eiki], [Mark], and [Sheraz] built a pipe crawling robot for their senior engineering project at Florida Atlantic University way back in 2004. Despite being a rather old build, its aged well and still demonstrates the clever ways the guys overcame some engineering obstacles. The original plan for the pipe [...]
-
-
11:01
»
Hack a Day
This is a robot that any Transformers enthusiast will love. Sure, the car looks just a bit boxy, but you’ll forget all about that when you see it unfold into a bipedal robot (translated). [Zak Sawa] is responsible for the creation. He pull off the build using 22 servo motors which let the car transform, and [...]
-
-
6:01
»
Hack a Day
[Michael Surran] just came across this video from his seventh grade science fair project. He really had some fun building and showing off the robot and we’re glad the footage wasn’t lost in the annals of time. Take a look at the clip after the break. That’s not a robot peeing, it’s the ‘fire defense unit’ [...]
-
-
5:01
»
Hack a Day
Here’s a quick and easy little robot with a not-so-pint-sized brain. [Dikos] over at grobot, slapped together some gutted micro servos, an Arduino pro mini, H bridge chip, and a solar key-chain charger to make this little three wheeled cutie. The robot boasts some very simple object avoidance thanks to the Sharp GP2Y0A21YK analog IR [...]
-
-
14:34
»
SecDocs
Authors:
Robert Spanton Tags:
robotics Event:
Chaos Communication Congress 27th (27C3) 2010 Abstract: Today, hacking is reserved for the microscopic fraction of the population who manage to shake themselves free of the suppressive education regime. Student Robotics is the beginning of the solution. By fostering creativity through competition to solve engineering challenges, we provide the inspiration society desperately needs. We develop an open platform for robotics and provide it to schools to open students' minds to the world of hacking. Student Robotics pushes engineering into schools by running a robotics competition between 16 to 18 year-olds. We send university students into schools to mentor the participating teams. The organisation is run entirely by students, who also develop the hardware and software for the participants to use. Student Robotics involves a whole range of software and hardware development, including including microcontroller programming, computer vision, and web-apps. This year we've started shipping the BeagleBoard as the robot's main computing device, providing us with a lot of scope for future hacking. In this talk I will: Discuss the motivation behind Student Robotics Provide a technical overview our current hardware and software Discuss the future of Student Robotics in Europe Hey Teacher. Leave them hackers alone.
-
13:11
»
SecDocs
Authors:
Robert Spanton Tags:
robotics Event:
Chaos Communication Congress 27th (27C3) 2010 Abstract: Today, hacking is reserved for the microscopic fraction of the population who manage to shake themselves free of the suppressive education regime. Student Robotics is the beginning of the solution. By fostering creativity through competition to solve engineering challenges, we provide the inspiration society desperately needs. We develop an open platform for robotics and provide it to schools to open students' minds to the world of hacking. Student Robotics pushes engineering into schools by running a robotics competition between 16 to 18 year-olds. We send university students into schools to mentor the participating teams. The organisation is run entirely by students, who also develop the hardware and software for the participants to use. Student Robotics involves a whole range of software and hardware development, including including microcontroller programming, computer vision, and web-apps. This year we've started shipping the BeagleBoard as the robot's main computing device, providing us with a lot of scope for future hacking. In this talk I will: Discuss the motivation behind Student Robotics Provide a technical overview our current hardware and software Discuss the future of Student Robotics in Europe Hey Teacher. Leave them hackers alone.
-
13:06
»
SecDocs
Authors:
Robert Spanton Tags:
robotics Event:
Chaos Communication Congress 27th (27C3) 2010 Abstract: Today, hacking is reserved for the microscopic fraction of the population who manage to shake themselves free of the suppressive education regime. Student Robotics is the beginning of the solution. By fostering creativity through competition to solve engineering challenges, we provide the inspiration society desperately needs. We develop an open platform for robotics and provide it to schools to open students' minds to the world of hacking. Student Robotics pushes engineering into schools by running a robotics competition between 16 to 18 year-olds. We send university students into schools to mentor the participating teams. The organisation is run entirely by students, who also develop the hardware and software for the participants to use. Student Robotics involves a whole range of software and hardware development, including including microcontroller programming, computer vision, and web-apps. This year we've started shipping the BeagleBoard as the robot's main computing device, providing us with a lot of scope for future hacking. In this talk I will: Discuss the motivation behind Student Robotics Provide a technical overview our current hardware and software Discuss the future of Student Robotics in Europe Hey Teacher. Leave them hackers alone.
-
-
10:41
»
Hack a Day
Skills are all that’s needed to solve a problem. Take this four-wheeled robot as an example. [Michal Zalewski] wanted it to be omnidirectional but wasn’t very satisfied with the concept of mecanum wheels and the like. So he designed a chassis with wheels at each corner that can pivot as one to change orientation. The [...]
-
-
14:01
»
Hack a Day
[Zenta] has been building his MorpHex rolling hexapod for nearly a year now, and good things come to those who wait. After a ton of development and fabrication, [Zenta] finally has his mechanical jellyfish robot rolling and walking around. This isn’t the first time we’ve seen [Zenta]‘s MorpHex robot in action. A year ago, we saw the [...]
-
-
10:01
»
Hack a Day
When [Soo-Hyun]‘s friend had an Apple Macbook Pro battery that began to swell, his friend did the reasonable thing and donated it to be used in a robot. Now [Soo-Hyun]‘s kiwi drive robot is powered by a gigantic LiPo battery, giving it a huge range and a very fast top speed. The defunct laptop battery [...]
-
-
14:01
»
Hack a Day
This telepresence robot will never let your Skype callers sneak up on you. [Priit] built the project, which he calls Skype Got Legs, so that his distant friends could follow him around the house during chats. But as you can hear after the break, the electric drills used to motorize the base are extremely loud. [...]
-
-
6:01
»
Hack a Day
RoboJelly is certainly not what we’re used to seeing when it comes to robots. Instead of a cold metallic skeleton, this softie is modeled after jellyfish which have no bones. But that’s not the only thing that’s unusual about it. This robot also doesn’t carry its own power source. It gets the energy needed for [...]
-
-
10:01
»
Hack a Day
Over the last two years, [Mark] at the Harford (and Baltimore) Hackerspace has been building 401k, a humanoid robot that will soon be able to walk on two legs, detect objects, and fight along with its comrades in the robot insurrection that leads to the extinction of man. To get an idea of how complicated a [...]
-
-
9:01
»
Hack a Day
Engineers trying to be memorable at a job interview would be wise to pull one of these pop-up robots out of a wallet. This marvel of engineering uses a laminate construction technique to build a robot as a pop-up assembly. You can see the base used during the process, it’s a hexagon that serves as [...]
-
-
14:01
»
Hack a Day
[Kevin] undertook a robot build partly for his own enjoyment, but also to include his kids in the action. He acquired a cheap toy and packed it full of programmable goodness. The starting point was a $15 toy called Rad 2.0. It’s a great starting point as it already included some motorized parts, and takes [...]
-
-
13:40
»
Hack a Day
After the terrible tragedy in Fukushima, the cleanup and damage assessment has begun. A robot operator, known only as [S.H.] has decided to write a blog about their efforts. As pictured above, they are using [iRobot] models, including the [510 Packbot], and the [710 Warrior]. Since cleanup efforts started, [S.H.] was posting on his or [...]
-
-
13:29
»
Hack a Day
Even though abstract expressionism died out several decades ago, robots are still chugging along dripping nihilistic pigment onto a cold, uncaring canvas. [Liat] and [Assaf] created a robot named The Originals Factory to create paintings in the style of abstract expressionism, a style of painting that is arguably best represented by [Jackson Pollock] and his ‘drip paintings.’ [...]
-
-
7:01
»
Hack a Day
There are many microcontrollers available to make robots with, but few that are built with the exact features that you would need to construct one. Meet the [EMGRobotics MSP430G2553] robot controller board. At $15 without the CPU or $17 with a [MSP430G2553] already plugged into the socket, this control board may make some Arduino enthusiasts [...]
-
-
8:19
»
Hack a Day
[Pythagoras] is a delta robot built originally using RC servos. Humbly, [Aaron] “concedes” that the first version of his delta robot using hobby servos was easy to build. As anyone who has built any kind of robot knows though, there is definitely a lot of work involved in even the simplest robot. Coordinating three axes [...]
-
-
5:01
»
Hack a Day
This is Chippu, a robot that [Achu] has been working on for some time. His most recent addition was to give the robot the ability to respond to voice commands. This is accomplished using a variation of the open source Continuous Speech Recognition package called Julius. The package depends on two main parts, a set [...]
-
-
15:01
»
Hack a Day
[Mike Li] is showing of his stair climbing robot. It’s a bot that cruises around on a pair of tank treads, but some interesting modifications gave him the traction needed to ascend a flight of stairs without slipping backward. The image above shows this process in great detail. You can see the unaltered treads leaving [...]
-
-
14:33
»
Hack a Day
[Moser] is looking to build a quadrocopter sometime in the future, without plunking down a good chunk of change for a kit model. Looking for a good place to start he figured why not work on the control system. Thinking that the balance of the flying platform of doom would be similar to working out [...]
-
-
13:01
»
Hack a Day
The Chief Knock-a-Homer robot is [Psycho Freaky's] shout out to The Simpsons. The robot design appeared in an episode where [Homer] built [Bart] a fighting robot. Since he’s not robot builder, [Homer] actually climbed inside the shell and dished out sweet vengeance while suffering some severe injuries at the same time. But [Psycho] has the skills necessary to make this [...]
-
-
14:56
»
Hack a Day
Robots on four wheels are fun on their own merits, but one thing that most lack is the ability to see through walls. With it’s onboard radar system, this bot is equipped to see objects that a person couldn’t normally detect on the other side of the wall. Although some of the more “nuts and [...]
-
-
7:01
»
Hack a Day
[DJ Sures] just can’t help himself from tinkering with robot toys built in the 80s. This time, he got his hands on an Omnibot-2000 (not to be confused with his other Omnibot hack), and updated it for the 21st century. After its obligatory run through the dishwasher, the robot was fitted with two heavy duty [...]
-
-
15:31
»
Hack a Day
There are Kinect hacks out there for robot vision, 3D scanners, and even pseudo-LIDAR setups. Until now, one limiting factor to these builds is the requirement for a full-blown computer on the device to deal with the depth maps and do all the necessary processing and computation. This doesn’t seem like much of a problem [...]
-
-
14:01
»
Hack a Day
This tiny line-following robot is quite impressive. It’s [Ondrej Stanek's] second take on the design, which he calls PocketBot 2. Just like the earlier version, this robot is small enough to fit in a matchbox, but it’s received several upgrades in this iteration. The coin cells that ran the previous version have been replaced by [...]
-
-
5:01
»
Hack a Day
We’ve seen videos of people attaching chairs to gigantic welding robots and riding them around the shop, and while that would be fun for a little bit, the joy would be fleeting. Flight simulators built on a Stewart Platform are becoming old hat. Now there’s a new robot we want to ride. [Saul Griffith] from [...]
-
-
10:24
»
Hack a Day
This man is strapped onto the business end of a huge robotic arm. If you’ve seen videos of industrial robots on automobile assembly lines and the like, you know how fast and strong these machines are. But this isn’t headed for the factory floor, it’s a new flight simulator built do train Australian fighter pilots. Researchers at Deakin University [...]
-
-
8:01
»
Hack a Day
This week, we are bringing you the final video in our series where [Jack] uses the 3pi robot as a fancy development board for the ATmega328p processor. Today’s video deals with interrupts. If you have been wanting to have your programs do more than one thing simultaneously, interrupts are the solution. [Jack] discusses various ways [...]
-
-
11:01
»
Hack a Day
This week, we are serving up part five in our series where we are using the Pololu 3pi robot as a fancy development board for the ATmega328p processor. This week we are taking a quick break from working with the perpherals specific to the processor and will show how to work with the 3pi’s line [...]
-
-
7:30
»
Hack a Day
[Jon] has been developing a slick little RC robot in bits and pieces over the last year or so, which can constructed by anyone with access to a 3D printer. Servos and electronics aside, the entire thing can be put together in short order using the plans he posted on Thingiverse. The robot makes use [...]
-
-
7:01
»
Hack a Day
The helicopter-plane-ball-bot sounds like a creation [Homer Simpson] would come up with, but it’s a fairly accurate description of what this machine can do. It was developed by researches at Japan’s ministry of defense. The single propeller lets it operate much like a helicopter. But when it needs to get somewhere quick, the body repositions [...]
-
-
8:01
»
Hack a Day
Today we continue on with part 2 of our series where [Jack] shows how to program for the ATmega328p processor using the Pololu 3pi robot. In this video, he starts to dig deeper than last week’s video by showing you how to program in C so that you are directly reading inputs and directly sending [...]
-
-
10:00
»
Hack a Day
When [Peter] saw the Sparkfun Magician robot chassis in a recent new product post, he knew instantly that he had to have one for a telepresence project that had been kicking around in his head for a while. Onto the robot chassis, he added an Arduino to provide the brains of the bot, an Adafruit [...]
-
-
15:01
»
Hack a Day
This is a four-wheeled robot chassis built by high school students over the summer. They were participating in workshops put on by xbot robotics in Seattle, Washington. The goal is to get them participating in events like FIRST Robotics and LEGO league, and eventually into science related careers. At first glance we thought: oh, that’s a nice [...]
-
-
15:25
»
Hack a Day
It’s always interesting to see new and innovative means of robot locomotion. At the recent “Innovation Japan 2011” conference researchers from Osaka University unveiled the Omni-Crawler, which is aimed at changing the way both robots and people move. The Omni-Crawler’s movement is provided by Omni-Balls, an Osaka University creation that moves in all directions, not [...]
-
-
7:00
»
Hack a Day
In case you missed them, here are the most popular posts from this past week. Our most popular post is about a hand-made security robot that any good hacker would be proud of. This robot was built by a father-daughter team and has an interesting holonomic drive train that allows it to drive in any [...]
-
6:00
»
Hack a Day
When it comes to Halloween costumes, [Michael] doesn’t like buying expensive and poorly made bits of cloth and fabric that resembles [random Disney character]. Last year, his son decided to be a robot for Halloween and although gray spray paint and dryer vent hose make a very good costume, that only goes so far. The [...]
-
-
15:01
»
Hack a Day
Looking at the size of this bristlebot the first thing we wondered is where’s the battery? All we know is that it’s a rechargeable NiMH and it must be hiding under that tiny circuit board. But [Naghi Sotoudeh] didn’t just build a mindless device that jiggles its way across a table. This vibrating robot is controllable [...]
-
-
15:01
»
Hack a Day
Paraswift is a robot that can climb vertical surfaces with ease. Here you can see the robot motoring up the side of a building with a parachute packed on it’s back for use on the way down. The team that built the robot is calling it a base jumper, but after seeing them catch the [...]
-
-
7:09
»
Hack a Day
While they are not nearly as complex as their self-navigating brethren, building line following robots is no simple task, especially when they are this small. The creation of [Ondřej Staněk], this matchbox-sized line following robot is quite impressive. PocketBot’s 48mm x 32mm circuit board also acts as its frame, supporting the wheels, motors, microcontroller and [...]
-
-
9:02
»
Hack a Day
Sometimes, not all our builds work out the way we hoped. That’s what happened to [Rob] and his attempt at a Delta robot that does stereo lithography. A Delta robot is capable of very fast and precise movements, so [Rob] slapped a laser module on the end of the arms. After putting some UV curing [...]
-
-
9:01
»
Hack a Day
[radmeck] on the ez-robot.com forums came up with a great use for Nixie tubes. Instead of using Nixies for clocks, or indicating values, he used them as robot eyes. He used the arduNIX Arduino-powered Nixie tube driver to power the tubes. [radmeck] was very impressed with the arduNIX kit. The kit is able to drive [...]
-
-
10:01
»
Hack a Day
[Eric Gregori] picked up this little yellow robot as a kit build. It has a single PCB inside that has a pair of IR emitters and detectors pointed downward at the front of the robot. It is able to follow a dark line on a light surface based on how the infrared beam reflects back [...]
-
-
15:01
»
Hack a Day
[Will] from Revolt Lab needed a project to get the summer campers he supervises interested in electronics, but when your audience is 5 years old, your subject matter had better be simple, yet interesting enough to hold their attention at length. He settled on using a Lego NXT robot to keep their little minds engaged, [...]
-
-
14:14
»
Hack a Day
[Madox] gutted an Insignia Infocast to use with this robot. Insignia is Best Buy’s house brand and they partnered with Chumby to make their Infocast line. If you can find a used or clearance model it’s a great way to get yourself and embedded Linux board for a project like this one. The body and [...]
-
-
15:01
»
Hack a Day
[Malte] is a loyal Hackaday reader and neurobiology PhD candidate with a keen interest in hobby robotics – definitely our kind of guy! He wrote in to share a project he has been working on in his spare time, a Kinect-controlled delta robot (Google translation). Deltares, as it is called, is pretty straightforward as far [...]
-
13:01
»
Hack a Day
To test his new skills with his Arduino, [Ben] decided that he would build a robot. With no particular need to fill other than the need to build something cool he chose to build himself a tree climbing robot. He designed the body of the robot in Google Sketchup before beginning the build. The body [...]
-
-
11:37
»
Hack a Day
[Ben Grosser] built an interactive painting robot that’s pretty far removed from the LED and Arduino builds we usually see. The robot is adapted from one of the many CNC routers we’ve featured over the years. The control system is written in Python and uses genetic algorithms and a microphone to decide what to paint [...]
-
-
14:01
»
Hack a Day
The robot dog you see above is a mystery. [Daneil Dennet], a professor of philosophy at Tufts University found this in an antique shop in Paris. Apparently it has no identification and no one has been able to tell him anything about it. It was made in the 50s, and that seems to be all [...]
-
-
10:00
»
Hack a Day
So you want to add animated eyes to your next robot? Now you can.. Using ping-pong balls, some scrap plastic and 6 servo motors [Chris] has created these animatronic eyes along with some nifty animated eyebrows. To get motion emulating realism [Chris] created a 2 axis gimbal using plastic rings and some nuts and bolts. [...]
-
-
16:01
»
Hack a Day
Although hexapod robots have been featured on [HAD] many times, this one features a really cool minimalistic design. With few mechanical parts to support the three servos, the “Earthcore Hexapod Robot” has a unique gait, tending to quickly slide the driving legs rather than picking the whole robot up. Although it would probably have trouble [...]
-
-
10:37
»
Hack a Day
Most people can agree that picking weeds is not a whole lot of fun. [Dave] was not a big fan of sitting out in the heat toiling over his lawn, so he did the only rational thing and built a robot to do it for him. Nuntius, the Garden Avenger, is a remote controlled robot [...]
-
-
4:00
»
Hack a Day
YouTube user [onefivefour] posted a video of his hacked up toy robot hand. These cheap robot hands usually only use one wire to move all five fingers. [onefivefour] improved upon the design and added five servos to allow independent control of each digit. The servos are controlled by a PICAXE microcontroller, and [onefivefour] is willing [...]
-
-
9:04
»
Hack a Day
The 4DOF CXN-I anthropomorphic robot arm in the Mechatronics Lab at FICES-UNSL (Engineering faculty, San Luis National University, Argentina) was built from scratch, and it is still a work in progress to teach and learn about mechatronics , in order to build another, more robust and precise arm in the future. When one of the [...]
-
7:04
»
Hack a Day
This is not a Roomba hack, but a ground-up vacuum cleaner robot build. It’s the result of a class project from six students at the Royal Institute of Technology in Sweden. There’s a slew of information available in their paper, but fair warning that it’s an 8.6 MB PDF file that we couldn’t get Google [...]
-
-
16:36
»
Hack a Day
[PJ Allen] has been working on a little robot which he calls Cypherbot. The control circuitry is quite familiar; a Board of Education which features the Basic Stamp 2 microcontroller. This is an older and slower microprocessor, but it works quite well for this application since there’s no need for speed or heavy number crunching. [...]
-
-
8:03
»
Hack a Day
[DJ Sures] got his hands on a plastic Wall-E toy and decided to build a robot that includes a camera, voice recognition, and object tracking. The result is adorable so we’re putting this video before the break: Wall-E is built around an EZ-B Bluetooth Robot controller. All the software functions are handled with the complementary [...]
-
6:03
»
Hack a Day
Made by Boston Dynamics under contract from Sandia Labs, this “hopper” is quite incredible as you can see in the video after the break. Boston Dynamics is no stranger to great robotics designs, including the well known “Big Dog” four-legged robot. This robot, although possibly less advanced, has a very unique trick up it’s sleve. [...]
-
-
7:02
»
Hack a Day
[James] built himself a robotic band from obsolete computer parts. The band needed something to play, and [Marilyn Manson]‘s Beautiful People fit the bill. While it’s not the Rock-fire Explosion, having the [James]‘ band cover [Marilyn Manson] is nearly as terrifying. [James]‘ original plan was to cover Mad World, but the stepper motors were drowning [...]
-
6:01
»
Hack a Day
[Patrick] wanted a remote control to control some of the robots he’s built. He also wanted to get some data back from his robots, so an inexpensive off-the-shelf solution wouldn’t be up to the task. Like all good geeks, [Patrick] decided to build what he needed. For analog control, [Patrick] decided to use a Wiimote nunchuck. [...]
-
-
14:01
»
Hack a Day
Like all of us, [Jonathan Guberman] has a list of projects and builds that ‘will get done when I have time.’ His Kiwi drive robot is no exception. It’s intended to be one piece of a much larger project, but he decided to document it anyway (we think in the hope of getting is rear [...]
-
-
11:03
»
Hack a Day
Bradley University grad student [Curtis Boirum] has built a robot which uses quite a unique drive system, one we’re guessing you have never seen before. The robot uses a single motor to drive its hemispherical omnidirectional gimbaled wheel, propelling it across the floor at amazing speeds with uncanny agility. The robot uses a simple two [...]
-
-
5:01
»
Hack a Day
Researcher and YouTube user [mspetitegeek] along with her lab mate [Tatsuhiko Itohara] have been fortunate enough to spend some time working with the HRP-2 humanoid robot from Kawada Industries. Their research has seemingly been focused on using the robot to create real-time interactions with humans for entertainment purposes, at the very least. The program they [...]
-
-
12:07
»
Hack a Day
[Bogdan] sent in a great build of a delta robot he originally posted on the Arduino forum, but he didn’t receive much feedback there. We think a build like this deserves a lot more credit. After working for 7 months on his robot, [Bogdan] has a pretty stable (and very classy) platform made out of [...]
-
-
11:57
»
Hack a Day
The Parallax Propeller is a pretty powerful MCU as [Dino] recently discovered in his latest Hack a Week installment. He wanted to build a simple robotics platform that he could use for testing out various sensors, and he figured he might as well learn about a different type of micro controller in the process. He [...]
-
-
6:07
»
Hack a Day
[Jeff] sent in a build of a voice controlled robot he just finished based on the Android ADK and an iRobot Create. The robot is able to obey voice commands telling it where to go. Currently the robot responds to forward, reverse, left, right, stop, and ‘whistle while you work.’ It’s a creative use of [...]
-
-
16:01
»
Hack a Day
We usually avoid the prospect of buying new tools just for one project. In the long run we’re sure we’d use them again, but sometimes even with that outlook you can’t afford it. Case in point is our life-long-lust for a laser cutter; we just can’t justify the upfront cost but we sure would use [...]
-
-
6:00
»
Hack a Day
This “security” robot is based around the Lego Mindstorms NXT platform. As shown in the video after the break, this robot is capable of firing a “popper” at any intruder the owner of the robot sees fit. It takes a decent amount of force to fire a popper, so this is pretty impressive with a [...]
-
-
12:00
»
Hack a Day
The Pour Master Pro is a beer pouring robot, designed and built by a team of beer/robot lovers as their entry to the Red Bull’s Creation Contest. Pour Master keeps it simple (opposed to some of the other bar bots we have seen), it uses a modified kegerator and tap for the beer, and [...]
-
-
7:02
»
Hack a Day
Many a hacker has put together one of those cheap $30 robot arm kits you can get in just about any store with a section labeled, “science”. In an ongoing search for a cheap robot arm, [Larry] decided to modify one of them to be controlled with a PC through an Arduino. The article doubles as [...]
-
-
7:28
»
Hack a Day
[Dino's] latest Hack a Week project, the WALL-E Robot shows quite simply what you can create from a few dollars worth of toys from garage sales and cheap stores. When he found the WALL-E toy at a garage sale, Dino decided that he had to give it a brain. Using the geared motors from some [...]
-
-
15:02
»
Hack a Day
It’s neat how a project from 2004 can still be relevant if it’s done really well. This is the case with AVRcam. It uses an Atmel AVR mega8 and can do some pretty impressive things, like track up to eight objects at 30fps. The hardware and software is also open source, so it should be [...]
-
5:07
»
Hack a Day
Reader, [Michael Rubenstein], sent in a project he’s been working on. Kilobot, as stated in the paper(pdf), overcomes the big problems with real world swarm robotics simulations; cost, experiment setup time, and maintenance. The robot can be communicated with wirelessly, charged in bulk, and mass programmed in under a minute. Typically, robots used for swarm research [...]
-
-
12:01
»
Hack a Day
The next time you reach for a cold one, you might want to take a look at the can to ensure that your beer won’t suddenly sprout legs and start skittering across the table. You might remember [Ron Tajima] from some of his previous creations, including this Roomba-based baby cradle and the PacMan Roomba mod. [...]
-
-
16:01
»
Hack a Day
Having already made it to three hardware development versions, [Toby Baumgartner] is looking for some financial backing to make version four of this robot arm possible. He’s modelling the arm after much larger ABB industrial robots. Like those, it mounts on a stationary base, and features movement along six axes. The first couple of iterations [...]
-
-
15:01
»
Hack a Day
[Jim] has been working with a team from various Universities to develop an intuitive way to guide and train assistance robots. They focused on one particular technique, training a robot to follow on a leash in the same way you would a pet dog (PDF). He was inspired to send in a link to his research [...]
-
-
13:01
»
Hack a Day
This cube-shaped bot just shattered the robotic Rubik’s Cube solving record by about 8 seconds. It did it in a blazing 10.69 seconds to best the old record of 18.2 seconds. There was immediate confusion here at Hackaday as some of us thought the record was actually around six seconds. And it is, for humans. [...]
-
-
14:00
»
Hack a Day
We already know that robots can be smarter than us as evidenced by Watson beating [Ken Jennings] at Jeopardy, or Deep Blue beating [Garry Kasparov] at chess. Now [E024576] is striving to build a bot to compete at physical games. For the challenge, he’s chosen one of the games from a television game show called [...]
-
10:00
»
Hack a Day
This robot juggler, pictured above during its appearance at Amper 2010, can keep five balls in the air at once. It was designed by the Department of Control Engineering at the Czech Technical Institute in Prague. We know it doesn’t look like much in that still image, but the two videos embedded after the break are pure [...]
-
-
8:30
»
Hack a Day
Watch out Spidey, there’s a new wall climber in town! Researchers [Matthew Journee, XiaoQi Chen, James Robertson, Mark Jermy, and Mathieu Sellier] recently unveiled their wall climbing wonder bot at the 2011 IEEE International Conference on Robotics and Automation. Like most other wall climbing bots, theirs operates on the Bernoulli principle to keep it stuck [...]
-
-
12:21
»
Hack a Day
This robot can be controlled from the terminal window of your computer. You can see a manilla-colored board mounted between the wheels. This is the RF receiver which has quite a long antenna that we’ve cropped out to get a better look at the bot itself. [Ashish] picked up an RF transmitter/receiver pair for about [...]
-
-
5:11
»
Hack a Day
[Patrick McCabe] enjoys the challenge of playing chess against the computer but he wasn’t satisfied with the flat experience of on-screen gaming. No problem, he just built his own gantry-style chess robot that he can play against. Don’t be confused, he still doesn’t have to touch the pieces, but instead uses the dedicated control board [...]
-
-
8:46
»
Hack a Day
Let’s face it – building robust robots isn’t exactly easy. When designing them, builders often focus on a single method of locomotion in attempts to create a robust, reliable means of transportation. Whether it moves on the ground or in the air, there are always compromises to be made when designing a robot with the ability [...]
-
-
4:00
»
Hack a Day
Hackaday reader [Danukeru] sent us a video featuring a box-based robot with an interesting personality. The box is fairly simple and from the outside seems to consist only of a switch and an LED. When the switch is flipped however, the box comes to life. When the box is activated, the lid opens, and a [...]
-
-
8:01
»
Hack a Day
[Patrick McCabe's] latest offering is a well-built maze-solving bot. This take on the competitive past-time is a little more approachable for your common mortal than the micro-bot speed maze solving we’ve seen. Don’t miss seeing the methodical process play out in the clips below the fold. The playing field that [Patrick's] robot is navigating is made up [...]
-
-
9:08
»
Hack a Day
[Tijmen Verhulsdonck] built his own version of a Wii remote-controlled balancing robot. He drew his inspiration from the SegWii, which was built by [Ara Kourchians]. The body is built using one of our preferred fabrication methods; threaded rod makes up a rail system, with three sheets of hard board serving as a mounting structure for [...]
-
-
14:03
»
Hack a Day
Meet TIPI, the Telepresence Interface by Pendulum Inversion. TIPI is something of a surrogate, giving physical presence to telecommuters by balancing an LCD screen and camera atop its six foot frame. The user has full control of the robot’s movement, with their own camera image shown on the display so that others interacting with the [...]
-
13:02
»
Hack a Day
While most Sumo-style robots are fairly sizable, there is a subsection of the Sumo robot movement that focuses on making small robots. Really small robots. [Patrick] wrote in to share his latest creation, a Nano Sumo robot measuring a scant 1 in. x 1 in. The Nano Sumo is operated by an ATMega 328 micro controller [...]
-
-
13:01
»
Hack a Day
Instructables user [IAMTHEBOT] recently finished building his robot which can be controlled by a human using an R/C transmitter, via a PC, or through its built-in object avoidance system. The robot doesn’t seem to have a name, though Johnny Five might be appropriate. The robot was built using plenty of erector set parts, as well [...]
-
-
9:15
»
Hack a Day
Freedombot is a neat little robot designed for exploring magnetic surfaces. It has two whiskers for detecting objects in its path and two rare earth magnets which allow it to stick to your fridge. Overall Freedombot may not be anything revolutionary but its builder [skater_j10] does a good job of covering topics which my be interesting to robotics beginners. For example [...]
-
8:30
»
Hack a Day
The [Dallas Personal Robotics Group] recently put together a set of tutorials for their members, including the build process of a table-top robot, they call the Tiny Wanderer. The bot can be constructed pretty easily, and is meant as an introduction to robot building. The small servo-driven bot uses simple edge sensors to ensure that [...]
-
5:05
»
Hack a Day
[Markus Gritsch] built this six-wheeled robot using omni-wheels. Two wheels are used on each axis in order to ensure perpendicular rotation is possible no matter where the axis rotation stops. The wheels have also been improved by dipping the elliptical components to give them a rubbery coating. The robot gets its commands wirelessly from a separate [...]
-
-
5:00
»
Hack a Day
This concept robot uses angular momentum to roll around. You can see that on either end of the robot there are two discs which have been cut on one side to make them off-balance. For locomotion, two DC motors spin the outer discs which are not in contact with the floor. This spinning action exerts [...]
-
-
11:30
»
Hack a Day
Most self-balancing robots use some sort of circuitry like gyroscopes or accelerometers to keep them upright. Some bots however, can achieve nearly the same effect by far less complicated means. Meet the Domo Kun wobbly bot, created by [Chein]. The robot is essentially a pendulum, where the pivot point is even with the wheel axle. [...]
-
-
9:30
»
Hack a Day
Many of the robots we feature here are driven by some sort of microcontroller, whether it be an Arduino, Launchpad, Picaxe, etc. Rarely do we see a robot however, using analog circuits to perform higher-level functions typically relegated to those more complex controllers. Instructables user [hasn0life] built such a robot recently, which he entered into [...]
-
-
4:04
»
Hack a Day
[James] designed a digital controller in MatLab, but he really wanted to see if it would work in a real-world application. To test out his linear quadratic regulator design, he decided to build a self-balancing robot. His goal was to built a robot that can keep its balance even when external forces are applied, all [...]
-
-
9:30
»
Hack a Day
People spend years of their lives practicing on the courts to get the kind of accuracy that this robot achieves. It is able to shoot freethrows thanks to stereoscopic camera analysis of the target. We know what you’re thinking; big deal, it knows the distances which makes the calculations easy. That’s not the case, look [...]
-
-
11:01
»
Hack a Day
The latest robot out of Nolebotic is Al.I.S.E, or Aluminum, Infrared Scanning Entity. Don’t let the name fool you, its a pretty simple take on the classic hexapod walking platform using a crank arm and leavers made into the legs. The body of the robot is made out of aluminum which is pretty easy to [...]
-
-
12:02
»
Hack a Day
Students at the National University of Computer and Emerging Sciences in Pakistan have been working on a robot to assist the visually impaired. It looks pretty simple, just a mobile base that carries a laptop and a webcam. The bot doesn’t have a map of its environment, but instead uses vanishing point guidance. As you [...]
-
-
12:30
»
Hack a Day
[societyofrobots] recently posted an Instructable on how to build a voice controlled robot in just a few hours time. This robot isn’t particularly cheap, weighing in at about $230, but it is a fun project if you have the means. The bot is driven around by a pair of servos, taking their directions from an [...]
-
5:05
»
Hack a Day
You almost have to love this Arduino based robot just because of the wheels and third leg support. Look closely, do you recognize them? Yep, they’re Capsela parts! That’s a blast from the past and we wonder why we don’t see the strange building toys of yore used in more hacks? But we digress, this [...]
-
-
9:03
»
Hack a Day
[Johannes] sent in the latest iteration of an ongoing project – Nimbus, the wall-follwing robot. Originally operating on a cardboard frame, the robot has undergone several revisions as you can see by reading through his blog. Nimbus started out as a simple, Arduino-powered robot, but the project has progressed nicely over time. The last revision [...]
-
7:07
»
Hack a Day
Meet Bilibot, a modular robot that aims to lower the cost of entry for robotic tinkerers. It combines the Kinect, the iRobot Create, and an Ubuntu box running ROS using some laser cut mounting brackets. These are relatively inexpensive components but the most exciting thing is that there’s already a slew of example out there [...]
-
-
7:03
»
Hack a Day
[Jeremy] really wants to compete in some sumo bot wrestling, and in order to have robotic sumo wrestling one needs to make some robots, which is what [Jeremy's] build log is all about. The framework is made out of 6mm thick Sintra (which is a type of closed cell pvc foam sheet) with the use [...]
-
-
10:00
»
Hack a Day
Get your Terminator clichés ready, this robot hand reeks of Skynet. It is designed to function like the human hand, but the main goal is one of robustness. A lot of effort went into making sure this won’t break in the field. Instead of rigid gears, a system of tendons actuates each digit. The pulleys [...]
-
5:14
»
Hack a Day
[Taylor Veldrop] has been playing with an NAO robot and ROS, mixed with a Kinect to get some pretty amazing results. The last time we saw any work done with ROS and the Kinect, it was allowing some basic telemetry using the PR2. [Tyler] has taken this a step further allowing for full body control [...]
-
-
11:00
»
Hack a Day
Here’s an inexpensive way to build your own jamming gripper. [Steve Norris] combined a robot arm with a few inexpensive items to achieve similar results as the original. Much like the last DIY version he started with a balloon and some coffee grounds, but instead of using his own body as a vacuum pump he [...]
-
-
9:53
»
Hack a Day
[Nulluser's] Zipit was fine, but it couldn’t go anywhere on its own. Adding some motors and a microcontroller fixed that issue, and now he’s got a little robot called the Zipitbot. That’s a dsPIC board on top which communicates with the Zipit over an I2C bus. Four servo motors provide plenty of power to the [...]
-
-
10:41
»
Hack a Day
So you spent the big bucks and got that fancy safe but if these guys can build a robot to brute-force the combination you can bet there are thieves out there who can pull it off too. [Kyle Vogt] mentioned that we featured the first iteration of his build back in 2006 but we can’t [...]
-
-
12:39
»
Hack a Day
The human body is an amazing instrument from an engineering standpoint. Replicating just one part of it proves extremely difficult but these athletic legs show a lot of promise. This is the work of a Japanese researcher named [Ryuma Niiyama]. He’s been working on the design for years, and is now using pneumatic actuators to mimic [...]
-
-
13:07
»
Hack a Day
F.A.T. took it to the next level, combining a couple of their projects for the Cinekid festival. This contraption lets kids write their names with their eyes for printing by a robot arm. The first part is a glasses-free version of the EyeWriter, originally developed as an assistive technology. The system uses some IR LEDs [...]
-
-
12:00
»
Hack a Day
The robot above can balance an inverted pendulum. But wait, it gets better. It can balance an inverted pendulum that is articulated in the middle like the one seen above. Wait, wait, wait… it gets even better. It can start with the pendulum hanging below the sliding carriage, flick back and forth to get the [...]
-
-
6:45
»
Hack a Day
Willow Garage, the makers of the PR2 robot have been playing with the Kinect. You might be a little tired of seeing every little new project people are doing with it, but there’s something here we couldn’t help but point out. When we posted the video of the guy doing 3d rendering with the Kinect, [...]
-
-
12:39
»
Hack a Day
Since its first debut three years ago, ROS has been gaining some popularity with the robotics folks. It’s behind the scenes of those impressive quadcopters you may remember from a while back. ROS helps abstract the lower level functions of a robot by supplying lots of code for commonly used components (wiimote for example). Being an “operating system” it [...]
-
-
6:37
»
Hack a Day
PBS Newshour did a piece on robots. They talked about NASA’s bot pictured above, Asimo, Big Dog, PR2, Robbie the robot and a few others. We didn’t see anything new, but we really do like the coverage getting out there. We also never need an excuse to watch that guy kick big dog around for [...]
-
-
13:00
»
Hack a Day
This robot eye can move five times faster than the human eye. It’s capable of being used to follow a human gaze and, as you can see by that coin, it’s small enough to be used in pairs. When used to follow your gaze it needs a custom-made eye tracker. The thought here is that [...]
-
-
13:00
»
Hack a Day
So this is the world’s strongest robot arm. Great… no really, that’s wonderful. We think lifting a 1000 kilogram dumbbell is a good way to show it off to the public. But with great power came the world’s most over-the top marketing. Well, maybe not as bad as the shake weight but it’s getting there. In the [...]
-
-
10:01
»
Hack a Day
Looking for something to build that will be challenging and interesting to laypersons at the same time? Take some inspiration from this maze-solving robot mouse. It take the idea of a line-following robot, and makes it infinitely more cool. The tiny rover uses sensors to map out a physical maze. Once it figure it out, [...]
-
-
11:00
»
Hack a Day
Picking up a raw egg is not something we’d think a robot gripper would be good at. But this model uses a bulbous tip instead of claw, which makes crushing the object less of a concern. That tip is kind of like a balloon. It is stretched full with coffee grounds but air can also [...]
-
9:00
»
Hack a Day
If you ever wanted to incorporate tank treads into one of your build you should check out this guide. The method shown above is our favorite, which uses rubber fuel line hose and #10 machine bolts to hold together two lengths of hollow-pin roller chain. You can see the drive sprocket is keyed into the [...]
-
-
7:00
»
Hack a Day
[Mazvydas] shares with us, his cheap robot hand. He was inspired by this project, where someone used an Arduino and a glove with some flex sensors to control a pre-made hand. He wanted to go a little more DIY though. He chose a picaxe microcontroller and constructed the hand himself out of twine, some plexi-glass, [...]
-
-
9:01
»
Hack a Day
As technology advances forward so does the numerous ways to beg for money. [Chris Eckert] has developed a robot to do the deed for him. With an odd eye mounted on the top of the robot to invoke pity presumably and a tin can out front to collect change from people it may encounter this is quite the hobo [...]
-
-
6:51
»
Hack a Day
[David Williamson] has put together some pretty amazing little robots from bits of stuff he laying around the house. What initially caught our attention was this drawing robot over at HackedGadgets. We were impressed by the construction, as it looks like almost all of it was scrap. Upon clicking through the link we found a [...]
-
-
7:10
»
Hack a Day
Remember [Mattythorne]? He took a BMW industrial arm and re-purposed it to write twitter messages on a white board. You can read a small excerpt here. Well [Matt] is back, and as promised includes an entire write up for how he got @scribblebot scribbling twitter messages. It’s a little light on details and we wish [...]
-
-
14:28
»
Hack a Day
[Shay] and his friend built some battling robots for a school project. Instead of destroying each other’s robots with saws or torches, they are playing laser tag. Each robot sports an eeePC, a laser pointer on a movable arm, and some photoresistors. The goal is to get your laser to hit the other robot’s photoresistor [...]
-
-
11:54
»
Hack a Day
This little robot was built very quickly thanks to the rapid prototyping capabilities of the Arduino. It uses a WiShield 1.0 from AsyncLabs to connect to a wireless network for control via a TCP connection. The body and wheels are wood, with a servo for each motor and a third used to scan a range finder from [...]
-
-
11:00
»
Hack a Day
This is a fantastic high school project. [Shmendrik213] built and robot a programmed it to follow common traffic rules. The robot drives itself with a DC motor, using one servo for steering and another to pan a webcam back and forth. The netbook that comes along for the ride is running a VB.NET program that [...]
-
-
12:09
»
Hack a Day
The classic injection molded plastic Rock ‘Em Sock ‘Em Robots has been upgraded to use motion control. The project uses four TI Chronos watches, one on each wrist of both players. In the video after the break we get a good look at the guts of the base unit. We’re quite impressed with the quality [...]
-
-
11:07
»
Hack a Day
[Petar and Sylvain] are teaching this robot to flip pancakes. It starts with some kinesthetic learning; a human operator moves the robot arm to flip a pancake while the robot records the motion. Next, motion tracking is used so that the robot can improve during its learning process. It eventually gets the hang of it, [...]
-
-
8:37
»
Hack a Day
When faced with having 2 cats with different dietary needs, [Landmanr] had to decide between manually stopping the cat on a diet from eating normal food, or building a dietary robot overlord. [Landmanr] chose the robot route. Using an old cd rom for the opening/closing mechanism, and RFID to distinguish between felines, [Landmanr] no longer [...]
-
-
6:30
»
Hack a Day
[theGrue] has posted his Robot remote control project for us to gawk at. This box o’ buttons is a parallax propeller brain with some Xbee units for communication. Though it was designed to work with TOBI, his tool carrying robot, he made it so that he could control a multitude of robots with it by [...]
-
-
7:00
»
Hack a Day
The video you see above is the on board footage of the DelFly2 autonomous ornithopoter robot. Weighing 16 grams, it carries a small camera and can provide a live feed. If you’re amazed at the tiny size and weight of the DelFly2, check out the DelFly micro, video after the break, that weighs 3 grams. [...]
-
-
10:00
»
Hack a Day
Scooty is a balancing robot based around a PIC32. The project is the first iteration in a long road toward a ridable version. The video after the break shows some incredible promise. Scooty is pitted against a large rubber ball. The two roll into each other but Scooty maintains balance thanks to that powerful processor, [...]
-
-
11:34
»
Hack a Day
We love it when footage of a robot prompts a “holy crap” response from us. This little guy, a product of the Chiba Institute of Technology, uses four rods as a suspension system for jumping. The bulk of the bot can be moved up or down, using its momentum to raise the wheels and jump to [...]
-
-
10:00
»
Hack a Day
Can you beat this robot at pool? This sparks something of a “let the wookie win” attitude for us, but we still love to watch the video. This is the PR2 playing pool thanks to the folks over at the Willow Garage. It uses a laser sensor to detect the legs of the pool table, [...]
-
-
14:00
»
Hack a Day
We came across a couple of videos of this toddler android. It sits up, rolls over, and responds to humans around it using visual, audio, and sensor inputs. After the break you will see that the movements are quite like that of a young child. The giveaway is the weight of the robot which is [...]
-
-
7:26
»
Hack a Day
In this writeup, you can see how to build a cheap compound eye system for your robot. Using 4 IR LEDs and 4 phototransistors, [oddbot] gave “Mr General” the ability to follow movement in objects fairly well, assuming that they are within 200 mm. Being IR, it has the typical drawbacks such as sensitivity to [...]
-
-
6:17
»
Hack a Day
Culture Shock II, a robot by the Lawrence Tech team, first caught our eye due to it’s unique drive train. Upon further investigation we found a very well built robot with a ton of unique features. The first thing we noticed about CultureShockII are the giant 36″ wheels. The wheel assemblies are actually unicycles modified to be [...]
-
-
10:00
»
Hack a Day
This robot artist, the Drawbot, produces images using an Arduino and Processing. A piece of paper is attached to a wall as a stylus connected to a couple of stepper motors scribbles out patterns that gradually become the image seen above. Each drawing is different and can take several weeks of constant operation to finish. [...]
-
-
10:00
»
Hack a Day
Ask any engineer what originally sparked their interest in technology, and almost universally the response will be a Hollywood film or TV robot — Star Wars’ R2-D2, the B9 robot from Lost in Space, or Short Circuit’s Johnny 5, to name a few. Engineers need a creative outlet too, and some pay homage to their inspirations by building elaborate reproductions. At [...]
-
-
6:14
»
Hack a Day
No, it’s not an extra from Wall-E. “QB” is the latest telepresence robot from Silicon Valley firm Anybots. QB combines two-way videoconferencing with a Segway-style self-balancing platform. The idea is to provide mobility and more natural interaction than desktop-tethered conferencing can provide. The 35 pound robot’s battery runs for six to eight hours, and the [...]
-
-
6:13
»
Hack a Day
Here at Hackaday, we may be somewhat divided in our opinions of Anime and Manga. We were all pretty impressed by this robot build(translated) though. We’re not totally clear on who actually did this build, but we can see a few pictures and a video on the site. The original doll looks to be roughly [...]
-
-
12:12
»
Hack a Day
One of our most prolific commenters, [mrgoogfan], shared with us his working BattleBots style robot. Built for under $500, it is capable of zipping around at 25 miles an hour under load. Chances are, this robot would be just as much fun as a Bar Stool Racer as it is with all the weapons attached. [...]
-
-
13:52
»
Hack a Day
[Eric] built this robot for the 2009 Robocup Jr. competition. The game ball has IR LEDs inside of it and this little bot uses eight IR detectors for tracking. Four motors mounted perpendicular to each other provide locomotion. Since this would normally have you traveling in circles, he used some omnidirectional wheels walled Transwheels. As [...]
-
-
9:31
»
Hack a Day
This spider-bot was built by [Zhanx] during his deployment in Iraq. He didn’t have prior hardware building experience and started out on this project when he received an Arduino to play with in September. Must be a fast learner! The parts are laser-cut from ABS plastic and connected to 24 servos. He sourced an SSC-32 [...]
-
-
6:53
»
Hack a Day
24, Icosatetrapeds have 24 legs. This robot, built by [Monica Anderson] back in 2005 has 24 pneumatic soft legs. The motion is fantastic, like watching some kind of sea creature walk. Though it only goes about 1 meter per minute, we just couldn’t stop watching. The compressors were scavenged from some military equipment designed for [...]
-
-
7:11
»
Hack a Day
For those of us who are stuck in the middle of a cold and snowy winter, this project will seem like a stroke of genius. [Jimmy Bui] has put together this robotic pushing platform. While it is seen in the video (on the linked page) pushing a snow blower, it seems to be simply bolted [...]
-
-
13:40
»
Hack a Day
[Pat Metheny] has a robot armada backing him up when he performs on stage. They’re going on tour and he’s done an interview explaining his mechanical band. Like the auto-drummer, this setup uses multitudes of solenoids to play the percussion instruments, each getting commands from a computer. It’s pretty wicked to see him use his [...]
0day.today (was: 1337day, Inj3ct0r, 1337db)
OSVDB Vulnerabilities
Exploit-DB
SecurityFocus Vulnerabilities
Bugtraq
XSSed
Packet Storm Security Headlines
Sophos security news
Penetration Testing
SecuriTeam
BackTrack Linux Forums
Threatpost
carnal0wnage.attackresearch.com
Carnal0wnage
Darknet
The Exploitant
Wirevolution