-20%
My Cart
0
item(s)
-
€0.00
Get a quote in only 3 steps!
1. Add the items you are interested in to your cart
2.Go to your cart
3.Click on GENERATE A QUOTE
Tous vos devis sont accessibles à partir de votre compte client.
Lite 3 Quadruped Robot
Deep Robotics | A-000000-07424
€8,400.00
€6,720.00 VAT incl.
€5,600.00 VAT excl.
Save 20%
The Lite 3 is an advanced quadruped robot designed to combine power, agility, and flexibility, with a modular structure suitable for advanced robotics developments.
Payment methods
(see T&C)
Debit card
PayPal
Payment by invoice
Wire transfer
A compact quadruped robot for research, education, and robotic development
- Compact form factor: a lightweight quadruped robot, easy to deploy in a laboratory, demo room, or test environment.
- Up to 5 kg payload: for integrating sensors, accessories, or additional modules.
- Up to 40° slope capability and 18 cm obstacle clearance: for testing locomotion in varied environments.
- 1.5 to 2 hours of battery life: for testing, research, and demonstrations.
- Embedded perception depending on the version: obstacle stop, visual tracking, obstacle avoidance, and autonomous navigation.
- Hardware interfaces depending on the version: Ethernet, USB 3.0, HDMI, and external power supply for integration projects.
- ROS-compatible and ready for secondary development: a platform designed for education, research, and robotic AI.
The Lite 3 is intended for teams looking for a programmable quadruped platform that can be used for learning, prototyping, and advanced development. Its main advantage is to provide a platform ready to be instrumented, without starting from a complete mechanical base, while maintaining a compact footprint and a scalable version-based approach.
Four versions to adapt the level of perception, interfaces, and functional autonomy
The Lite 3 is available in several versions to cover different needs, from entry-level use to more advanced work in perception, obstacle avoidance, and autonomous navigation.
- Lite 3 Basic: entry-level version for discovery, education, and first developments in robotic locomotion.
- Lite 3 Venture: intermediate version with more interfaces for integrating external modules.
- Lite 3 Pro: a version more oriented toward advanced development, with additional interfaces and enhanced perception.
- Lite 3 LiDAR: the most complete version for 3D perception, obstacle avoidance, and autonomous navigation projects.
Depending on the chosen version, the robot may include functions such as front/rear obstacle stop, visual tracking, obstacle avoidance, and autonomous navigation. Higher versions also add richer hardware interfaces for onboard computing, perception, or powering external devices.
The Pro and LiDAR versions are natively compatible with ROS and can be programmed right from deployment.
Basic | Venture | Pro | LiDAR | |
| Dimensions | 610 x 370 x 406 mm | 610 x 370 x 445 mm | 610 x 370 x 450 mm | 610 x 370 x 496 mm |
| Weight | 12 kg | 12.2 kg | 12.9 kg | 13.5 kg |
| Battery life | 1.5h ~ 2h | 1.5h ~ 2h | 1.5h ~ 2h | 1.5h ~ 2h |
| Range | 5 km | 4 km | 3.4 km | 2.7 km |
| Climbing capability | 40° | 40° | 40° | 40° |
| Max step height | 18 cm | 18 cm | 18 cm | 18 cm |
| Payload | 5 kg | 4,5 kg | 4 kg | 2,5 kg |
| Perception capabilities | Auto stop front & rear Object tracking | Auto stop front & rear Object tracking | Auto stop front & rear Object tracking Obstacle avoidance | Auto stop front & rear Object tracking Obstacle avoidance Autonomous navigation |
| Interface | / | Ethernet Input (5V/12V/24V) | Type-C; USB3.0; HDMI; Ethernet; Input (5V/24V) | Type-C; USB3.0; HDMI; Ethernet; Input (5V/24V) |
| Secondary development | / | Provides URDF model for simulation, SDK, API, perception interface and related documents. | Provides URDF model for simulation, SDK, API, perception interface and related documents. ROS included | Provides URDF model for simulation, SDK, API, perception interface and related documents. ROS included |
| LiDAR type | - | - | - | Livox 360 |
A quadruped for locomotion, perception, navigation, and applied robotics
Thanks to its compact structure, traversal capability, and development options, the Lite 3 can be used in many academic and technical contexts:
- Robotic locomotion research: testing motor control, stability, and movement on varied terrain.
- Higher education: an educational platform for mobile robotics, AI, perception, and software integration.
- Autonomous robotics: development of obstacle stop, visual tracking, avoidance, and navigation functions.
- Embedded perception: integration of modules and use of interfaces for sensor and vision projects.
- Rapid prototyping: validation of algorithms, software, and movement strategies on an already operational platform.
- Competitions and technical demonstrations: an agile quadruped robot for dynamic and interactive scenarios.
The Lite 3 by Deep Robotics therefore provides a consistent platform for laboratories, engineering schools, R&D teams, and developers who want to work with a programmable quadruped robot offering a good balance of compactness, modularity, and scalability.
Lite 3 quadruped robot resources - Deep Robotics
FAQ about the Lite 3 quadruped robot by Deep Robotics
What is the Lite 3 quadruped robot used for?
The Lite 3 is designed for research, education, mobile robotics projects, and AI-related work, especially in locomotion, perception, visual tracking, and autonomous navigation depending on the selected version.
What are the differences between the Basic, Venture, Pro, and LiDAR versions?
The versions differ in their level of embedded perception, hardware interfaces, and autonomous functions. The Basic version covers essential needs, while the Venture, Pro, and LiDAR versions progressively add interfaces such as Ethernet, USB 3.0, or HDMI, along with obstacle avoidance and autonomous navigation.
Is the Lite 3 compatible with ROS?
Yes. The Lite 3 is compatible with ROS1 and ROS2, and the manufacturer also indicates compatibility with Ubuntu 20.04, making it a suitable platform for robotic development and software integration projects.
Can the Lite 3 be used for perception, SLAM, or reinforcement learning?
Yes. DEEP Robotics highlights use cases related to SLAM, navigation, embedded perception, and reinforcement learning, with dedicated development resources for these workflows.
What development resources are available for the Lite 3?
The manufacturer provides SDKs, APIs, GitHub resources, locomotion and perception development examples, as well as packages related to control, the URDF model, and reinforcement learning.
The Lite 3 is an advanced quadruped robot designed to combine power, agility, and flexibility, with a modular structure suitable for advanced robotics developments.
Customers who viewed this item also viewed
Price upon request
Price upon request