The DEEP Robotics Lite 3 is an advanced, lightweight quadruped robotic platform tailored for education, research, and tech enthusiasts. Designed with a bionic form factor and powered by self-developed high-torque joint drive modules (J60 series), the Lite 3 delivers exceptional mobility, intelligent environmental interaction, and extensive customization options. It has been widely adopted in universities, research laboratories, and industrial environments worldwide.

Key Features

Enhanced Driving Force
With a 50% boost in joint torque, the Lite 3 achieves outstanding torque density, rapid response bandwidth, and high reverse transmission efficiency. This translates into smoother, more precise movements across varied terrains, enabling complex maneuvers such as front flips, high jumps, and dynamic load balancing.

Advanced Algorithm & Agility
Upgraded control algorithms deliver greater agility and faster response times. The robot can climb steps up to 18 cm in height, tackle slopes of up to 40°, and even jump over gaps up to 80 cm wide. Its improved maneuverability ensures stable performance when navigating tight spaces, avoiding obstacles, or executing complex gaits.

Enhanced Interaction & Real-Time Transmission
Significantly improved first-person view real-time image transmission delivers clearer, smoother visuals with reduced latency. Operators experience more immersive, precise, and reliable interaction during complex tasks.

Modular Design for Unlimited Possibilities
The Lite 3 features an adaptable modular design that supports a wide range of additional functional modules—including RTK, 5G, LiDAR, AI hosts, and edge processors. This flexibility allows the robot to be tailored for diverse applications, from research and education to industrial tasks.

Open Development Platform
The robot features a modular “split-brain” architecture, combining real-time torque control (RK3588 Motion Host) with high-level AI perception (NVIDIA Jetson Xavier/Orin). It provides:

• Native ROS 1 (Noetic) and ROS 2 (Foxy/Humble) support

• Complete motion control SDK and APIs

• Perception development software interfaces with sample code

• Multiple hardware interfaces including USB 3.0, HDMI, Ethernet, and external power inputs (24V/12V/5V)

Technical Specifications

Data sourced from official DEEP Robotics specifications

Use Scenarios

Education & STEM Teaching
The Lite 3 serves as an accessible yet powerful teaching platform for robotics, programming, AI, and autonomous systems. It is the “Goldilocks” solution for higher education—combining industrial-grade durability with a fully open software stack, and has been designated as the official platform for Category A robotics competitions under China’s Ministry of Education.

Research & Development
With native ROS 2 support, reinforcement learning pipelines, and Sim-to-Real workflows, the Lite 3 is widely recognized as the primary platform for Physical AI research in universities. Its open architecture allows researchers to deploy Visual SLAM, LiDAR mapping, and neural network inference.

Industrial Inspection & Patrol
The Lite 3 can autonomously navigate complex and hazardous environments that are difficult for humans to access, enabling gas leak detection, pollution source identification, and facility inspection. It has been deployed in applications ranging from airport patrols to last-mile delivery.

Entertainment & Interactive Experiences
Beyond academic and industrial settings, the Lite 3 serves as an engaging robotic companion, supporting voice control, interactive performances, customizable motion sequences, and AR interaction. It has been featured in dance performances, TV show recordings, and sports event services.

Why Choose DEEP Robotics Lite 3?

• Proven Performance: Trusted by numerous organizations worldwide

• Open & Customizable: Complete SDK, APIs, and ROS support for unlimited development

• Scalable: From classroom demonstrations to industrial-grade applications

• Cost-Effective: Professional-grade capabilities at a fraction of the cost of industrial alternatives