therobotstudio
For more than two decades we have created extraordinary robots based on the functional anatomy of the real human body.
Unlike the stiff, heavy machines of industry our robots have a bounce to their movements that gives them a naturally pleasing style of motion.
Springs placed in-line with every tendon and in every driven joint produce a compliant mechanical structure that allows the robot to automatically fit into its surroundings, just like we do.
Instead of the precision of industrial robots to blindly execute tasks we rely on computer vision, tactile feedback, simulation and NVDIA powered AI to produce the next level of robot performance.
A more human approach for a robot that can work next to people.
Mini SO-ARM model, single hit 3dprint!
HOPEJr Right leg full assembly.
HOPEJr, 2nd draft, Carbon Pelvis
HOPE2 robot arm first movements!
HOPEJr first draft right leg, mechanical assembly completed!
V1 DexHand with dataglove control by Max Titov and Martino Russi
People ❤️ robots at SPS #maxonmotor
V2 DexHand Tendon driven robot hand
Second_Arm_Draft and First_Hand_Draft, open, low-cost, DIY tendon driven humanoid robot.
Raw HL_Arm_10
Raw HL_Arm_02
Raw HL_Arm_03
Raw HL_Arm_04
Raw HL_Arm_06
Raw HL_Arm_09
Raw HL_Arm_11
HOPELite: Open-source, DIY, humanoid robots: First Finger Draft
HOPELite: Open-source, DIY, humanoid robots: First Draft of 7DOF Arm
HOPELite: Open-source, DIY, humanoid robots: Arm_Test_01
SOLIDWORKS 2018 SP5 0 SO 7DOF ARM100 08h HL 02b SLDASM 2024 10 07 23 21 55
SOLIDWORKS 2018 SP5 0 SO 7DOF ARM100 08h HL 02b SLDASM 2024 10 07 23 45 33
IMG 2186
IMG 2187
IMG 2188
IMG 2189
IMG 2190
IMG 2185
HOPELite: Open-source, DIY, humanoid robots: Finger_Test_01
SO-Arm100 Assembly Detail: Base bulk, clip and clamp with wiring order
SO-Arm100 Assembly Detail: Extra base bearing on underside of rotation joint