This is awesome man! I built a biped when i first started out and really want to give it another go now that I know a bit more.
@you-kp4wj11 күн бұрын
I really love this robot
@rennisdodman873915 күн бұрын
nake it do the moonwalk and shout "hee hee!"
@rennisdodman873915 күн бұрын
HEE HEEEE! 🕴🕴
@moisesromilda18 күн бұрын
Show
@tumwesigiremyketezla642319 күн бұрын
nice 🤩
@HukkinenАй бұрын
Impressive! Better than James "RobotX" Burton. Next, on the lateral movement, how about applying momentum to the body to let the behind foot off the surface ;)
@doclock2380Ай бұрын
Beautiful balance.
@NIX-xx8toАй бұрын
What software did you use for robot simulation?
@nixrobotАй бұрын
pybullet
@mrwolsy3696Ай бұрын
Do you have a github with code available please?
@nixrobotАй бұрын
While I will create tutorials here, I will uncover parts of code. But for now I have not released anything.
@Jerseylance1Ай бұрын
Nice, but can you share the files sir?
@nixrobotАй бұрын
CAD or STL files might be released in some future. Source code might be also released. But due to imperfections in 3D Printing and assembling, it will be not very useful without rewriting it. Therefore, I am planning to make some tutorials, and only after that releasing anything.
@PerilousPaddy23 күн бұрын
Files for the brackets that connect the servos together would be very useful, I like the foot and ankle joint best, the hip joint is also impressive.
@kennethmui88Ай бұрын
why does the left foot do heel toe, but the right foot doesn't?
@nixrobotАй бұрын
That was the first attempt to create a gait. This imperfection happened. In later videos that was changed. See: kzbin.info/www/bejne/bGOZdHevo85-ra8 However, there is still space for improvements.
@chipcode5538Ай бұрын
Are there CAD files from your design
@nixrobotАй бұрын
At this moment, there are no CAD files available to download, but I am considering whether or not to release all 3D printable parts as STLs on GrabCAD in the future.
@chipcode5538Ай бұрын
Ok I will guess the dimensions and draw a similar design based on the servo dimensions. What did you use as damper in the foot.
@nixrobotАй бұрын
www.mcmaster.com/9540K901/
@chipcode5538Ай бұрын
@@nixrobot thanks
@RODOLFO.M.SАй бұрын
🙏🏼🇧🇷👍 Admirável trabalho.
@uniqloboi9800Ай бұрын
Man those legs got more game that me
@kairu_bАй бұрын
Nice thumbnail drip
@monamo4Ай бұрын
This project is very interesting ! Does your project accept sponsorship ? We can sponsor you free PCB and PCBA service.
@nixrobotАй бұрын
At this time, this project does not need custom circuits.
@novembripriyadmajiАй бұрын
why dont you implement inverse kinematic with ankle as end point, then add some trajectory to move
@xs1972Ай бұрын
Honestly? A little creepy 😅
@emtbox7867Ай бұрын
Mini titanfall
@MASSKAАй бұрын
lol yee
@richardwatkins6725Ай бұрын
Awesome work
@TenderAIАй бұрын
would you like to make a tutorial for the robot making?
@nixrobotАй бұрын
I am planning to post some tutorials on particular things: from sketching to programming Raspberry Pi
@zoeyzhang9866Ай бұрын
@@nixrobot Awesome to hear! Wondering if anything we can assist? We'd love to sponsor free services including custom PCBs, 3DP/CNC'd parts. (PCBWay zoey)
@TenderAI27 күн бұрын
@@zoeyzhang9866 谢谢🙏
@pchoice0Ай бұрын
오른쪽에 뻣을떄 반대편 다리도 펴줘야죠 아이구 참 다리 펴는 시간을 분산해서 여유로운 대처 시간을 효과는 두배 보폭은 반인데 이동거리는 동일하게 ~
@TallgeeseE-WАй бұрын
Now I want one
@e-to-the-power-xАй бұрын
Hi, I'm new to robotics(still learning arduino) and I was wondering how do you give your robots such moves without tipping it? Moreover, how do even balance it while it attempts to stand on its limbs? I'm so curious!
@nixrobotАй бұрын
Hi! This is due to smart servos, the right programming, and large x-shaped feet. Therefore, the robot can easily stand on one of its legs. Here you can see even more advanced moves: kzbin.info/www/bejne/bGOZdHevo85-ra8
@NoahJackson-ck2hbАй бұрын
Awesome bipedal robot! I was wondering what kind of servo driver you used for the project?
@nixrobotАй бұрын
This file only: github.com/ethanlipson/PyLX-16A/blob/master/lx16a.py
@user-sp9nu2hc7bАй бұрын
With raspberry pi?
@nixrobotАй бұрын
Yes
@hasanylmaz4681Ай бұрын
@@nixrobotCan Pi run deep learning etc.
@nixrobotАй бұрын
@@hasanylmaz4681 Although it can, it is the wrong way to run machine learning. Typically you run it on a more powerful computer.
@Paul-rs4gdАй бұрын
Great looking project. There appears to be a passive joint at the bottom of the ankle. Doesn't that give stability problems when the robot is on one foot? What led to that design choice?
@manamsetty2664Ай бұрын
Missed the opportunity to add led matrix or an oled screen in the front
@alby13Ай бұрын
Bravo! Well done! Magnificent!
@retikulumАй бұрын
Side sliding lol
@zeljkokrajnov570Ай бұрын
WOW 😮
@RoboArcАй бұрын
Servos... meh
@alby13Ай бұрын
very polished! very desirable
@alby13Ай бұрын
wow this is ideal! i really want this
@professorbootsАй бұрын
Awesome project! Did you use any simulation software to layout your walk first or was that hardcoded?
@nixrobotАй бұрын
hardcoded
@desktopantec2290Ай бұрын
Honey it took its first step, get the camera!
@dimiodufote4010Ай бұрын
How to make it?
@nixrobotАй бұрын
In this video you can find some info about making: kzbin.info/www/bejne/bGOZdHevo85-ra8
@jeenu815Ай бұрын
At st in real life
@user-bx5zs2rc6gАй бұрын
Now build the top part into ED209.
@TheMrPopper69Ай бұрын
You have 5 seconds to comply
@jumpjack2Ай бұрын
why on a slippery floor?!?
@lilcapsАй бұрын
It needs to start dancing this second
@pu55yEaterrАй бұрын
hard thumbnail
@madebypicoАй бұрын
hah, thats the terminator walk after he got injured in the press :o)
@xyzheng9672Ай бұрын
Love this little robot!! Would like to collab with you, just wondering how can I contact you? Thanks! Sienna from PCBWay.😀
@aakardev4699Ай бұрын
You will need some more flex. What about palm. It can not be registered flat. Get some flexible muscles there too
@did.dynamics8504Ай бұрын
feet to big
@alby13Ай бұрын
stability for easier movement without falling. programming becomes much harder at this stage
@darthtrucker489Ай бұрын
Love the voice choice. Also seems to sidestep like Igor from Young Frankenstein. Bravo.