DEEP Robotics Lite3
About This Robot
Summary:
The DEEP Robotics Lite3 is a compact quadruped platform designed primarily for education, robotics research and secondary development. The series is offered in Basic, Venture, Pro and LIDAR configurations, progressing from visual following and obstacle-stop functions to richer expansion interfaces, forward obstacle avoidance and autonomous navigation. Across the range it combines 40-degree slope capability, 18 cm stair or obstacle traversal, 1.5-2 hours of stated motion endurance and official SDK, API, ROS and reinforcement-learning resources. Its main buyer value is a comparatively accessible, portable development platform for locomotion, perception, embodied AI, human-robot interaction and demonstration work rather than a weather-rated industrial inspection robot.
Key Capabilities
- Four configurations - Basic, Venture, Pro and LIDAR - let buyers match cost, perception capability and hardware expansion to the intended research programme.
- Official variant specifications state 40-degree slope capability, 18 cm continuous stair or obstacle traversal, and 1.5-2 hours of motion endurance.
- Published continuous walking-load ratings range from 2.5 kg to 5 kg by configuration; a newer official brochure separately claims up to 7.5 kg maximum walking-load capability, so the delivered rating should be confirmed.
- Perception scales from front/rear obstacle stop and visual following to forward obstacle avoidance on Pro and autonomous navigation on the LIDAR configuration.
- Venture adds dual Ethernet and external 24 V/12 V/5 V power, while Pro and LIDAR add USB 3.0, HDMI, Ethernet and additional power connectors for development hardware.
- Official models, MotionSDK, APIs, ROS packages, reinforcement-learning deployment code and perception examples support custom control and embodied-AI research.
- First-person-view image transmission, app/handheld control over robot Wi-Fi and a built-in speaker/light interaction stack support teleoperation, teaching and demonstrations.
- Physical and soft emergency-stop workflows, communication timeout protection and safe-development guidance are documented for supervised laboratory use.
Applications
- University and research laboratories: locomotion control, reinforcement learning, sim-to-real transfer, balance, gait and whole-body control experiments.
- Robotics teaching: practical courses covering quadruped kinematics, joint control, networking, ROS, APIs and safe hardware experimentation.
- Perception and autonomy development: visual following, obstacle avoidance, LiDAR-based navigation, localisation, mapping and environmental reconstruction projects.
- Embodied-AI research: integration of language models, external compute, multimodal sensing and high-level task planning through official development interfaces.
- Human-robot interaction and telepresence: low-latency first-person-view operation, voice/gesture interaction and remote observation in controlled environments.
- Demonstrations and events: coordinated group performances, custom motion sequences, lighting effects and interactive robotic displays.
- Payload and sensor prototyping: integration of cameras, LiDAR, computing modules and custom sensors within the published load and interface limits.
- Developer benchmarking: evaluation of navigation, perception and control algorithms on a commercially available compact quadruped platform.
Why Choose It
- A strong shortlist option for education and R&D buyers that want an official SDK/API/ROS ecosystem rather than a closed demonstration-only robot.
- The four-tier configuration strategy gives buyers a route from a low-cost entry platform to LiDAR-enabled autonomous-navigation research without changing robot family.
- At approximately 12-13.5 kg including battery, Lite3 is easier to transport and handle than industrial quadrupeds while still supporting 40-degree slopes and 18 cm stairs.
- Official GitHub resources cover robot models, motion control, ROS, reinforcement learning and perception examples, reducing the time needed to start development.
- The official brochure advertises entry pricing from USD 2,890, although variant, region, tax, shipping and support pricing should be confirmed before purchase.
- Buyers should confirm the exact payload rating, maximum speed, charging/battery configuration, IP protection, certifications and local support because these are not fully published for the series.
Key Features
Includes robot models, MotionSDK, APIs, ROS resources, reinforcement-learning deployment code and perception-development examples.
Basic, Venture, Pro and LIDAR versions scale interfaces and perception from visual following to autonomous navigation.
Supports 40-degree slopes, 18 cm stair or obstacle traversal and advanced motions in a 12-13.5 kg platform.
Higher configurations provide Ethernet, USB 3.0, HDMI and 24 V/12 V/5 V power options for compute and sensor integration.
Official brochure advertises pricing from USD 2,890, making the platform relevant to teaching, prototyping and research budgets.
Technical Details
Autonomous navigation on LIDAR configuration; custom ROS/SDK mission development supported; packaged waypoint/patrol workflow requires confirmation
(TBC) - charging time, charger method and battery-swap support are not stated in reviewed public sources
610 x 370 x 406-496 depending on variantmm
(TBC) - no public IP rating or operating-temperature range; official policy excludes water ingress and harsh/extreme-condition damage
2.5-5 continuous walking load by variant; newer official brochure separately claims up to 7.5 maximumkg
1.5-2hours
40degrees
(TBC)m/s
Variant-dependent visual following and obstacle-stop functions; Pro forward obstacle avoidance; LIDAR autonomous navigation; ROS/SDK support for custom navigation
Basic: no published ports; Venture: 2 x Ethernet + 24 V/12 V/5 V power; Pro/LIDAR: USB 3.0, HDMI, Ethernet, external 24 V/12 V/5 V and power connector; SDK/API interfaces
Variant-dependent vision functions; LIDAR configuration for autonomous navigation; industrial-grade IMU; exact sensor models are not published
Handheld controller and app over robot Wi-Fi; Wi-Fi/Ethernet SDK communication; first-person-view image transmission; ROS, APIs and developer tools
12-13.5 depending on variantkg
Front/rear obstacle stop; forward obstacle avoidance on Pro/LIDAR; physical and soft emergency stop; communication-timeout damping protection
18 cm continuous stair or obstacle capability; adaptive-terrain locomotion and advanced manoeuvresmm / text
Manufacturer
DEEP Robotics
Manufacturer
Free, no obligation — we supply, install and service every robot we sell
Frequently asked questions
What is the price of DEEP Robotics Lite3?
Pricing for the DEEP Robotics Lite3 is on application. You can buy outright or lease over 36 months with installation and service included. Ask us for a quote.
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