Etherus Lite 3 Robotic Quadruped Platform – Professional Research & STEM Education Robot with 12‑DOF, Programmable SDK, LiDAR & Obstacle Avoidance

The Etherus Lite 3 Robotic Quadruped Platform is a professional‑grade research and education robot designed for advanced development, STEM learning, and demonstration purposes. Featuring 12 degrees of freedom, a full suite of sensors, and programmable APIs, it enables precise testing of algorithms, locomotion, and environmental interaction. Built for researchers, educators, and innovators, the Etherus Lite 3 traverses challenging terrain with ease using its intelligent gait modes (Flat & RUG) and advanced perception sensors — including cameras, ultrasonic radars, and LiDAR. Weighing just over 30 lbs, it delivers up to 2 hours of operation per charge, and is easily transported in its included case. Compatible with SDKs, ROS (on Pro/LiDAR variants), and standard development environments, it’s ideal for anyone serious about robotics.

• ✅ Professional‑Grade Research Platform — Designed for universities, laboratories, and developers exploring robotics, AI, and autonomous mobility.
• ✅ Advanced Locomotion — 12‑degree‑of‑freedom joints, intelligent gait modes (Flat & RUG), and terrain‑adaptive walking over slopes, stairs, and uneven ground.
• ✅ Comprehensive Perception Suite — Equipped with wide‑angle camera, depth camera, ultrasonic radar, and LiDAR for superior environmental awareness.
• ✅ Programmable & Developer‑Friendly — Includes SDK, APIs, and example code to support motion, perception, and autonomous development projects.
• ✅ Durable & Portable — Rugged design weighs approx. 30.2 lbs, with a transport case and replaceable lithium battery providing ~50-55 Minutes of runtime per charge.