Astrix
A DIY humanoid robot independently developed by an individual maker. It uses 3D-printed structural components and a Raspberry Pi 4 as its computing core. The robot features 23 degrees of freedom, stands 1.65 meters tall, and weighs approximately 15 kilograms.
Timeline (last 90 days)
An independent maker built a DIY humanoid robot named Astrix using a 3D printer and a Raspberry Pi.
The Astrix robot weighs approximately 15 kilograms.
The Astrix robot stands 1.65 meters tall.
Astrix's body is entirely independently designed and manufactured using 3D printing.
Astrix has 23 active degrees of freedom, with an additional 7 degrees of freedom that were cancelled.
Astrix's fingers and neck are driven by servos, while the remaining joints use linear actuators.
Astrix uses a Raspberry Pi 4 as its computing core.
Astrix is already equipped with a camera and speakers, with a microphone to be added later.
The developer has completed most of the wiring work on the robot's legs, with only the power cables yet to be connected.
The developer's next goal is to attempt to make Astrix walk.
All Facts (8)
Astrix is already equipped with a camera and speakers, with a microphone to be added later.
50%UnverifiedThe Astrix robot weighs approximately 15 kilograms.
50%UnverifiedThe Astrix robot stands 1.65 meters tall.
50%UnverifiedAstrix's body is entirely independently designed and manufactured using 3D printing.
50%UnverifiedAstrix has 23 active degrees of freedom, with an additional 7 degrees of freedom that were cancelled.
50%UnverifiedAstrix's fingers and neck are driven by servos, while the remaining joints use linear actuators.
50%UnverifiedAstrix uses a Raspberry Pi 4 as its computing core.
50%UnverifiedAn independent maker built a DIY humanoid robot named Astrix using a 3D printer and a Raspberry Pi.
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