Hey, I currently only know about arduino and am able to do control motors, relays, pair with bluetooth, work with sensors, motor drivers, servos and all that stuff. I've made a few helpful projects using it like 'smart' wheelchair and agriculture robot. But that's about it. All of them I've coded myself. I came across videos of James Bruton, your channel and many more. I was wondering, how can I get on that level where I can make my own 3d models on some 3d software, all that kinematics stuff. How do I develop the mechanics for it? Code for the balancing of Bipedal or Quadrupled robots. How do I use Computer Vision to control robots? I searched youtube for it but must of the videos are too small to explain the code and the structure. By that I mean, the logic and the thought process behind it. There is just the 3d files and the code. That wouldn't be innovating from a learner's perspective I think. There must be online courses I enroll do to achieve this. What are those? I couldn't understand which kind of course would be suitable for me. Please guide me.
I am seeking to ascertain whether there are any issues with a servo having an angle of 120° to 140°? This is due to the fact that the shopping list specifies a servo with an angle of 180°.
I've been thinking about hip assemblies for quadrupeds for a while now and I think that is the most simplistic and best I've seen so far. I hope you don't mind if I take heavy inspiration from it to try and make my own? :P
Can someone please design/manufacture/sell #robots that can move through home HVAC ducts and shine UV light or use some other safe method* to kill #mold. Even better if they can also be used for exhaust ducts (kitchen, bathroom). #robotics #engineering * methods that emit a lot of ozone would not be safe
1500$ seems like too much for this, and its 3D printed instead of metal. I can’t see this being worth much more than an Xbox, it’s about the same size, it uses worse materials,and it can only do one thing, walk.
Change fro. LiPo to Li ion batteries. Vanlife and Eboards have theoried out weight to power ratios of battery needs pretty decently, highly recommend yall check out Mboards on the board side, Benjamin Vader might be another good person to talk to(creator of the Variable or Vader electronic speed controller). Hes all about open source. For Vanlife electrical id talk to Jerod Tucci, or nomadik tech company. They got some of the best battery n thermal systems I've seen.
Well. it is not even close. I have seen a bunch with same locomotive system. Also open source. But who am i. Well done. The expensive side is mostly the control software.
I had wondered about the feasibility of putting more of the motors on a walker inboard (via cable in my case) for weight and inertia reasons, but wasn't really sure how one would go about it. Apparently that works pretty well!. Honesrly if you don't mind printing it yourself or being willing to replace the odd cooked servo, this looks achievable for a lot less than $1,500.
