User build of PAROL6 from Japan. End effector is and Inkjet print head 🤖

Custom motors we are testing for a new robotic arm 🦾🤖

In this example, you can see a gravity-compensated 2 DOF robot. This concept is being used in all modern robots and we want to bring this exact technology to user affordable robots. Previously we made it with 1 DOF arm now with 2 DOF next is 6-7 DOF robots! Stay tuned!

Finally have this in physical format. Probably one of the best up to date robotics books with lots of examples. Also we base a lot of our code on the robotics toolbox for python that is used in book!

🚀 Our new forum is live: 👉 forum.source-robotics.com/r/uQm Join us to ask questions about our products, share your projects, and discuss all things robotics with the community. 💡✨

PAROL6 with EPGS-12 electric gripper: This is now the second electric gripper option for PAROL6. Compared to our SSG48 gripper, this one is more aligned as a replacement for a simple pneumatic gripper.

We vibe-coded this so you can vibe-engineer robots 🚨 Introducing tnkr.ai — The Cursor + GitHub for robots.

Check out our SSG48 electric gripper with the AnySkin sensor. Huge thanks to Raunaq Bhirangi for providing us with a sample of Anyskin to test out! 🦾🦾

Over the past year, more than 250 Parol 6 Robots by SourceRobotics have been built globally but not without hours of troubleshooting, numerous questions and a couple of fried PCB boards 🥲. Tnkr intends to make the process of building the Parol 6 seamless for the next 1000

🦾 We are cooking something really awesome for our next PAROL robot. In this example you can see gravity compensated stepper motors. With our new custom made stepper drivers we can turn any stepper into high performance servo motor with FOC torque, speed and positon control. 🦾

Cooking something new...🤖