🤖
DEEP Robotics Lite3
Quadruped
DEEP Robotics

DEEP Robotics Lite3

Request a quote
Build a DIY version
More actions
Generate code

Agile quadruped robot for research, education, and light industrial applications.

More from DEEP Robotics

The DEEP Robotics Lite3 is an advanced quadruped robot designed for research, education, and light industrial applications. It combines robustness, agility, and adaptability with enhanced computing power and real-time industrial-grade control. Its modular structure and open SDK/API facilitate extensive customization and advanced robotics development.

Request a quote
Pricing request · one robot
DEEP Robotics DEEP Robotics Lite3

Three required fields. Free for buyers.

Confidential. We use your details only to evaluate fit and make relevant vendor introductions.

Prefer WhatsApp? Chat with the RoboHub assistant (AI)

Price

Quote-only — no verified public price on record. Request pricing from the maker.

Request a quote

Alternatives

Frequently asked questions

How much does DEEP Robotics Lite3 cost?
Quote-only — no verified public price on record. Request pricing from the maker.
What are the known specifications of DEEP Robotics Lite3?
Payload: 7.5 kg · Runtime: 1.5 h · Weight: 12 kg
What are the alternatives to DEEP Robotics Lite3?
Comparable catalog models: AGIBOT D1 Ultra, Unitree Go2, AGIBOT D1 Edu, AGIBOT D1 Pro.
Is DEEP Robotics Lite3 still sold?
Current availability is not verified. Confirm sales and stock with the maker.

Specifications

Weight
12 kg
Payload
7.5 kg
Speed
4 m/s
Runtime
1.5 h
Degrees of Freedom
12
Battery
Lithium-ion

Use cases

  • •Research
  • •Education and Robotics Learning
  • •Light Industrial Applications
  • •SLAM algorithm development
  • •Locomotion research
  • •AI and embedded robotics experimentation

SDKs & programming

SDKAPIROSROS2
Languages:
PythonC++
RoboHub Builder

Build a DIY version

Turn this robot’s use cases into a small DIY prototype.

Compare side-by-side

Frequently compared with

See how DEEP Robotics Lite3 stacks up against similar robots.

Was this page useful?