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Modular Robotics

A modular platform for rapidly building small physical-AI machines.

Teaser. This project is in development. Only the high-level concept is public. Implementation details, sensor design, calibration logic and detection thresholds are intentionally not documented.

Modular Robotics

Prototype. This page intentionally contains only a high-level overview. Mechanical, electrical and control details are not public.

Problem

Building a new robot usually means redesigning the chassis, the joints, the wiring, and the control loop. Every new idea starts from zero hardware.

Modular Robotics explores a different approach: a small set of reusable building blocks that snap together physically, electrically and logically — so a new physical-AI machine can be assembled in an afternoon instead of a quarter.

Concept

A platform of interchangeable modules — joints, links, compute, sensors, end effectors — that combine into a working robot without custom mechanical work.

What it demonstrates

  • Rapid assembly of new robot topologies
  • Self-describing modules (each block knows what it is and how it fits)
  • Unified control interface across different physical configurations
  • 3D-printed parts designed for repeatable fabrication

Technology

  • Robotics
  • 3D printing
  • Motion control
  • AI integration

Status

PROTOTYPE — first generation of modules exists and has been assembled into multiple working configurations. Refinement and broader testing in progress.