Standard Open Arm 100 - Early alpha for testing prints and sizings, all the prints are correctly orientated for z upwards to minimise supports.

Settings should be for no supports for angles greater than 45 to the horizontal and no supports for areas under 3mm2.

13% infill 2 surface layers in a high performance material like carbon reinforced nylon.

Video instructions are on the @therobotstudio YouTube channel.

https://youtu.be/QkIgxTCq3MY?si=S0YPFFkKXr_Xbh47

There's a playlist here of the development too: https://www.youtube.com/playlist?list=PLy7gxZH9jzfR0l8fYH8C1nyEc4pxSBrer

The arm is intended for integration with the open source "Le Robot" system being developed by the community at Hugging Face.

Six STS3215 servos are needed to actuate the five dof in the arm and the gripper connected via one adaptor board.

No other components except a PC and power supply with leads.

Simple hand tools only and takes under an hour to assemble to first movements.

At quantities of 1000 units even the higher power 12v version of the STS3215 servos used in all the joints of the present arm design are under 12 USD each - exworks - so around 15 USD in your hand.

Plus an adaptor board to connect to a computer and a clamp to fix it the desk.

If 167 (1000/6 = 166.6666) people are all prepared to buy the servos at once, and assuming that everything else is 3d printed, that's a 5DOF arm with gripper (6 dof total) and a half kilo payload for 100 bucks.

Join the project with some of the brightest minds in open AI and robotics development on the discord server at: https://discord.gg/TBDKjzuX

30mm wide tips - Wrist_Roll_05f and Moving_Jaw_04c