DEEP Robotics Lite3 quadruped robot introduction video, a sleek white and grey robotic dog designed for industrial inspection, research, and education. This agile mobile platform features advanced motion control, front and rear obstacle detection, and a modular design for diverse applications in challenging environments.
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DEEP Robotics

DEEP Robotics Lite3
$2,601.00 USD $2,601.00 USD $2,890.00 USD
Sale 10.0% $289.00 USD (10.0%)
Model Basic
In stock: 100
Description

The DEEP Robotics Lite3 Quadruped Robot is a programmable AI-enabled robot dog designed for robotics education, research labs, and STEM innovation. Combining open SDK development, modular hardware, and intelligent motion control, Lite3 enables learners, developers, and educators to explore autonomous navigation, reinforcement learning, and advanced robotics programming.

  • Extremely high torque density, response bandwidth, and reverse drive efficiency.
  • Maximum walking load capacity increased by 40%, reaching up to 5kg.
  • Motion endurance nearly doubled: 120min continuous operation and 5km range.
  • Breakthrough AI Algorithm for all-terrain mobility and stable trick performance.
  • Supports high-difficulty moves like handstands and upright balancing.

Download Lite3 Product Brochure

Smart. Programmable. Powerful.

DEEP Robotics Lite3 Quadruped Robot

Agile, intelligent, and endlessly entertaining.

Built for developers, educators, and hobbyists — Lite3 can be a research platform, a learning companion, or even a robotic pet that interacts with you.

The DEEP Robotics Lite 3 is an advanced quadruped robot designed for versatile applications, capable of carrying up to 7.5kg and operating for 1.5-2 hours, making it ideal for robust research and educational tasks.

Watch on YouTube

Innovation at Every Level

A smiling young man with a backpack crouches next to a white and grey DEEP Robotics Lite3 quadruped robot, emphasizing its role as an AI-powered companion and versatile platform for robotics education and research, capable of advanced mobility and autonomous functions.

A Smarter Companion Powered by AI

Lite3 blends advanced robotics with intelligent algorithms to deliver a responsive and interactive experience. Whether used for learning, exploration, or entertainment, it brings personality, motion, and smart behavior into your everyday environment.
A DEEP Robotics Lite3 quadruped robot stands next to a person holding its handheld controller. The screen of the controller displays a 3D model of the Lite3 robot. The Lite3 is an advanced robot dog designed for education, research, and entertainment, offering full-range control, advanced mobility, and an open modular structure for developing AI-driven applications like autonomous navigation and inspection.

Full-Range Control. Next-Level Immersion.

The intuitive handheld controller unlocks a full spectrum of control—movement, actions, and real-time interaction all become effortless. With precise response and smooth operation, Lite3 makes advanced robotics accessible to users of all levels.
DEEP Robotics Lite3 quadruped robot with AI-powered multimodal sensing performing autonomous inventory inspection in a retail or warehouse environment, displaying real-time data and analytics for smarter operations and enhanced mobility.

360° Awareness. Smarter, Safer Mobility.

Powered by multimodal sensing—including visual processing, depth detection, and environmental awareness—Lite3 maintains stability and safety in any scenario. It continuously monitors its surroundings to avoid obstacles, adapt to terrain, and ensure reliable performance.
A young girl kneels on a rug, smiling as she holds a bone-shaped toy out to a DEEP Robotics Lite3 quadruped robot. The advanced AI-driven robot dog, designed for education, research, and interactive companionship, is positioned to receive the toy, demonstrating playful human-robot interaction in a home setting. The Lite3 features an open modular structure and supports advanced development for applications like AI motion learning and visual perception.
A DEEP Robotics Lite3 quadruped robot, featuring a sleek white and grey design with wheels on its feet, walks autonomously alongside a person on a paved path in an urban setting. This AI-powered robotic dog is designed for education, research, and as a personal companion, demonstrating its advanced mobility and integration into everyday life for tasks like assistance and carrying items.
A DEEP Robotics Lite3 quadruped robot, equipped with a shopping basket filled with groceries like a pumpkin and broccoli, walks alongside a person in a supermarket aisle. This AI-powered robot demonstrates its capability as a personal assistant for daily living, offering home assistance and companionship.
A young girl kneels on a rug, smiling as she holds a bone-shaped toy out to a DEEP Robotics Lite3 quadruped robot. The advanced AI-driven robot dog, designed for education, research, and interactive companionship, is positioned to receive the toy, demonstrating playful human-robot interaction in a home setting. The Lite3 features an open modular structure and supports advanced development for applications like AI motion learning and visual perception.
A DEEP Robotics Lite3 quadruped robot, featuring a sleek white and grey design with wheels on its feet, walks autonomously alongside a person on a paved path in an urban setting. This AI-powered robotic dog is designed for education, research, and as a personal companion, demonstrating its advanced mobility and integration into everyday life for tasks like assistance and carrying items.
A DEEP Robotics Lite3 quadruped robot, equipped with a shopping basket filled with groceries like a pumpkin and broccoli, walks alongside a person in a supermarket aisle. This AI-powered robot demonstrates its capability as a personal assistant for daily living, offering home assistance and companionship.
Robotics Meets Everyday Life

Lite3: Smarter Play, Closer Companionship

Designed for fun, interaction, and seamless assistance, Lite3 brings robotics into daily living. Whether it’s a child exploring playful AI behaviors, a pet-like companion following its owner, or a helpful partner carrying groceries, Lite3 makes intelligent robotics a natural part of modern life.

Lite 3, a premium robotic dog, enhances autonomous exploration through its 18cm obstacle clearance and 40° slope climbing capability, allowing navigation across diverse and challenging terrains.
Feature Overview

Smart Vision & Precision Control

Engineered with an industrial-grade control system, the DEEP Robotics Lite 3 provides high-precision motion control, offering developers a responsive and stable platform for advanced robotics.

A DEEP Robotics Lite3 quadruped robot with glowing blue lights on its front, a central camera, and four wheeled legs, positioned on a light grey background. This advanced robot is designed for robotics research, education, and AI development, featuring modularity and autonomous navigation capabilities.
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Wide-Angle Camera

130° wide-angle video transmission. Supports 1080p streaming. Auto-tracking.

Ultrasonic Sensor

Front and rear safety detection

Interactive Lighting

Expressive LED eye interaction

Anti-Slip Foot Pads

Replaceable design

High-Performance Joints

Enhanced power with 50% torque increase. Improved reinforcement and learning algorithms
Performance Highlights

Advanced Intelligence & Robust Engineering

DEEP Robotics Lite 3 features multiple hardware interfaces including USB 3.0, HDMI, and Ethernet in its Pro and Lidar models, facilitating seamless integration with external sensors and custom payloads for expanded functionality.

DEEP Robotics Lite3 quadruped robot in a modern, well-lit indoor environment, showcasing its advanced design for robotics research, education, and industrial inspection. This agile robotic dog features integrated sensors, including what appears to be a depth camera and potential LiDAR module, for autonomous navigation, obstacle avoidance, and 3D scanning capabilities, supporting modular expansion and ROS development.
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LiDAR Sensor

360° omnidirectional sensing. SLAM support.

Depth Camera

Depth sensing and obstacle avoidance

Reinforced Lower Legs

One-piece structural design

Developer Expansion Module

Perception Host: NVIDIA compute kits. Expansion ports: USB 3.0, HDMI, Ethernet, charging port, and power output (5V / 12V / 24V)

Swappable Battery

Quick-swap design for continuous operation
Performance Enhancements

Stronger Power, Smarter Movement, Longer Endurance

A close-up view of the DEEP Robotics Lite3 quadruped robot's leg, highlighting its advanced actuator with a bright blue glowing ring, symbolizing enhanced torque and exceptional power. This detail underscores the robot's capability for stable, precise motion control and agile performance in demanding applications such as robotics research, education, and industrial inspections.

Enhanced Torque, Exceptional Power

Lite3’s upgraded actuators deliver higher torque and faster response. The result is stronger, more stable performance under demanding conditions.
DEEP Robotics Lite3 quadruped robot, in white and black with blue glowing sensors, demonstrating its advanced mobility by climbing concrete stairs. This agile robotic dog is designed for education, research, and industrial applications, featuring AI-driven locomotion, obstacle avoidance, and an open modular structure for versatile real-world use.

Built for Real-World Obstacles

With the ability to climb 15 cm steps, Lite3 handles uneven terrain with ease. Its improved agility sets a new standard for robots in its class.
A white and grey DEEP Robotics Lite3 quadruped robot dog in a dynamic, agile pose, demonstrating its high-performance motors and advanced maneuverability. This robot is designed for academic research, industrial inspection, and robotics education, featuring enhanced joint torque and real-time control for complex actions and diverse terrains.

High-Performance Motors

The enhanced motor system provides stronger output for advanced maneuvers. Lite3 performs difficult actions with impressive control and precision.
Close-up view of the DEEP Robotics Lite3 quadruped robot's high-capacity battery compartment, displaying 'Continuous Motion 90 min' and 'Endurance Range 5km' with a 100% charge indicator. This advanced robotic dog is designed for extended operation in academic research, industrial inspection, and outdoor exploration, leveraging its long-lasting power for enhanced autonomy and efficiency.

High-Capacity Battery

Lite3 runs up to 90 minutes on a single charge with a 5 km range. Longer endurance means more exploration, testing, and training without interruption.
A DEEP Robotics Lite3 quadruped robot demonstrating real-time 3D awareness through multi-sensor fusion, generating a colorful 3D point cloud map of its environment. This advanced robotic dog utilizes technologies like LiDAR and depth cameras for autonomous navigation, obstacle avoidance, and environmental perception in research and industrial applications.

Real-Time 3D Awareness

Using advanced multi-sensor fusion, Lite3 continuously collects environmental data to build a real-time 3D digital map.

Download Lite3 Brochure
API access.
Built for Developers, Learners, and Creators

Quadruped Robot for Education and Research

Lite3 adapts to your journey—from beginner programming projects to advanced robotics development. With modular payloads, open interfaces, and flexible expansion options, it provides a powerful foundation for experimentation, learning, and innovation.

As a sophisticated robotic platform, the DEEP Robotics Lite 3 combines a lightweight 12kg design with a durable build, ensuring agile maneuverability and long-term reliability for both academic and professional environments.

Modular Design, Endless Possibilities

A Variety of Payloads Available

A white rectangular DEEP Robotics Lite3 Venture Payload module mounted on the back of a dark grey DEEP Robotics Lite3 quadruped robot. The module features a small indicator light and a port, signifying its role as an entry-level expansion for basic navigation, education, and early-stage development tasks. It enables features like object recognition and obstacle avoidance through integrated ultrasonic radars and a wide-angle camera.

Venture Payload

A lightweight, entry-level module ideal for basic navigation, education, and early-stage development tasks. Simple, efficient, and ready for everyday exploration.
DEEP Robotics Lite3 Pro payload module mounted on a quadruped robot, showcasing an advanced computing and connectivity platform for demanding AI research, perception development, and autonomous applications like inspection and navigation. This module supports faster processing, richer data handling, and enhanced development workflows with interfaces for LiDAR, ROS, SDKs, and APIs, enabling complex tasks in challenging environments.

Pro Payload

A more advanced computing and connectivity platform for demanding applications. Supports faster processing, richer data handling, and enhanced development workflows.
A DEEP Robotics Lite3 LiDAR payload mounted on a robotic platform, featuring a high-precision 3D LiDAR sensor for environmental mapping, autonomous navigation, obstacle detection, and SLAM research in advanced robotics applications.

LiDAR Payload

Equipped with high-precision 3D LiDAR for mapping, obstacle detection, and SLAM research. Perfect for developers working on autonomous navigation and spatial perception.
A close-up view of the DEEP Robotics Lite3 quadruped robot featuring its white onboard AI module, designed for Large Language Model (LLM) tasks, enabling advanced voice commands, semantic understanding, and intelligent human-robot interaction.

LLM Model

An onboard AI module capable of running large-language-model tasks such as voice commands, semantic understanding, and intelligent interaction—bringing smarter behaviors to Lite3.
A close-up view of the DEEP Robotics Lite3 quadruped robot's stabilized multi-axis gimbal camera, designed for smooth video capture, visual inspection, and real-time monitoring. This camera system supports advanced perception features such as obstacle detection, visual following, and autonomous navigation, making it suitable for industrial, research, and public safety applications.

Gimbal Camera

A stabilized multi-axis gimbal camera for smooth video capture, visual inspection, and real-time monitoring. Ideal for creative, industrial, and research applications.
The DEEP Robotics Lite3 quadruped robot's Three-in-One Module, featuring a megaphone for communication, a powerful searchlight for illumination, and red and blue flashing lights for signaling. This multifunctional module enhances the Lite3's capabilities for security, emergency response, and public interaction scenarios, making it a versatile tool for research and real-world applications.

Three-in-One Module

Megaphone, Searchlight, Red & Blue Flashing Lights. A multifunctional response module combining communication, illumination, and signaling. Built for security, emergency response, and public-interaction scenarios.

DEEP Robotics Lite3 Technical Specifications Overview

This Lite3 quadruped robot comparison table helps you evaluate the differences between each Lite3 model in one clear view. Compare core specifications such as mobility hardware, onboard computing performance, camera and sensor options, AI and autonomous navigation capabilities, battery configuration, and expansion interfaces.

Designed for technology enthusiasts, STEM learners, educators, and robotics developers, this side-by-side breakdown makes it easy to choose the right robot dog for programming, AI experimentation, research projects, or hands-on learning. Whether you are selecting an entry-level quadruped robot for education or an advanced AI robot platform with LiDAR and autonomous navigation, this comparison ensures you make an informed decision.

A comparison table detailing the specifications and features of DEEP Robotics Lite3 quadruped robot models, including Basic, Basic AI, Venture, Pro, and LiDAR versions. The table highlights differences in dimensions, weight, payload capacity, endurance, hardware interfaces, motion perception systems, and advanced capabilities like smart obstacle avoidance and auto-navigation, relevant for research, education, and industrial applications.A comparison table detailing the specifications and features of DEEP Robotics Lite3 quadruped robot models, including Basic, Basic AI, Venture, Pro, and LiDAR versions. The table highlights differences in dimensions, weight, payload capacity, endurance, hardware interfaces, motion perception systems, and advanced capabilities like smart obstacle avoidance and auto-navigation, relevant for research, education, and industrial applications.
A DEEP Robotics DR02 humanoid robot stands prominently behind three quadruped robots: a DEEP Robotics X30, a DEEP Robotics Lynx M20 wheeled-legged robot, and a DEEP Robotics Lite3. The robots are displayed against a gradient blue background, showcasing advanced autonomous platforms for industrial inspection, emergency response, research, and logistics. The DR02 is an all-weather industrial humanoid with IP66 protection and multi-sensor perception. DEEP Robotics X30, LYNX M20, and Lite3 quadruped robots alongside the DR02 humanoid robot, showcasing advanced autonomous solutions for industrial inspection, security, logistics, research, and emergency response in diverse and extreme environments.
Brand Story

The DEEP Robotics Journey

Founded in 2017, DEEP Robotics set out to merge advanced AI with high-performance legged mobility. The company quickly became a pioneer in autonomous quadruped robotics—achieving China’s first fully autonomous substation inspection using a robot dog.

Today, DEEP Robotics builds a full lineup of agile and robust legged robots used in research, education, inspection, and real-world applications. Its mission is simple: create intelligent machines that navigate the world as naturally as we do, empowering developers, industries, and innovators everywhere.

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Trusted by Innovators, Educators, and Families

See How Lite3 Inspires People Everywhere

“The Lite3 is hands-down the coolest robotics platform I’ve ever owned. The motion algorithms are unreal—smooth, responsive, and surprisingly lifelike. I’ve been experimenting with custom gaits and the development tools are a dream to work with. If you're into robotics, this thing will keep you hooked for months.”

Daniel Rhodes

Daniel Rhodes

“I originally bought the Lite3 for my son’s STEM projects, but now the whole family plays with it. The robot follows commands so well, and the reinforced AI motion keeps it steady even when my kids get a little too excited. It’s durable, safe, and honestly way more advanced than anything in toy stores. Worth every penny.”

momreviews_mel

momreviews_mel

“Didn’t expect a robot dog to become part of my daily routine, but here we are. Lite3 follows me around the house, listens to voice commands, and even carries small items when I’m busy. It’s fun, expressive, and surprisingly helpful. I’m obsessed!”

Sofia Martinez

Sofia Martinez

“The Lite3 has completely transformed how I teach robotics. Students can visualize advanced concepts—reinforcement learning, perception, locomotion—right in front of them. The robot is reliable, the APIs are well-structured, and the hardware is robust enough for repeated classroom use. It inspires curiosity every single day.”

Mark Andrews

Mark Andrews

“We integrated Lite3 into our human–robot interaction lab, and the results exceeded expectations. Its perception suite and open development environment give us full control for prototyping algorithms. The Pro model’s depth camera and NVIDIA module handle heavy workloads without throttling. Highly recommended for academic or industrial research.”

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Everything You Need to Know About the Lite3 Robot Dog

Frequently Asked Questions

Before purchasing the Lite3, here are answers to common questions about compatibility, features, development capability, and upgrades.

This section helps beginners, educators, and developers understand what the Lite3 can do — and which version is right for them.

A white and grey DEEP Robotics Lite3 quadruped robot dog, an intelligent mobile platform equipped with advanced sensors and cameras. It is designed for robotics research, education, and industrial inspection, featuring autonomous navigation and obstacle avoidance capabilities.

Yes. All versions of Lite3 support motion-algorithm development. The Pro and LiDAR models additionally support perception development, enabling advanced computer vision and autonomous navigation.

Basic AI uses the same hardware as the Basic version, but includes a major AI software upgrade with reinforcement-learning motion algorithms. This improves stability, smoothness, and reduces falls or motor over-limit shutdowns.

Lite3 provides 1.5–2 hours of motion time and up to 5 km of travel distance, depending on terrain, load, and movement pattern. A quick-swap battery system allows continuous use.

Yes. Lite3 offers safe motion limits, voice control, obstacle stop functions, and visual following. It is used widely for STEM education, beginner programming, and family robotics learning.

Lite3 supports a range of modular payloads, as long as the hardware I/O is compatible.

Basic / Basic AI / Venture: Wide-Angle Camera ×1, Ultrasonic Sensors ×2

Pro: Adds Depth Camera + NVIDIA Jetson Xavier NX

LiDAR: Adds LiDAR + Depth Camera + NVIDIA Jetson Xavier NX

Autonomous navigation is available on the LiDAR version. The Pro version supports high-level perception computing, while Basic/AI/Venture are focused on motion-level development.

The DEEP Robotics Lite3 has a maximum walking load capacity of 7.5kg. This represents a 40% increase compared to previous models, enhancing its utility for various applications.

Lite3 can walk on:

  • Carpet
  • Tile
  • Grass
  • Compact outdoor surfaces
  • Light uneven terrain

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