Adaptability to challenging terrain
The bionic quadruped design and adaptive shock-absorbing joints are designed to provide more stable movement over uneven ground and rubble.
QUADRUPED ROBOTS · ENGINEAI
EngineAI JS01
Bionic quadruped, autonomous field robot capable of carrying 80 kg over challenging terrain
EngineAI JS01 features a bionic quadruped design and real-time gait adjustment for stable movement over complex terrain. With multi-sensor fusion and integrated actuator cooling, it is suitable for continuous field operations.
- Payload
- 80 kg · Ultra-high payload
- Speed
- 3 m/s · Maximum
- Battery
- 10.000 mAh · Quick-change
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EngineAI JS01
what is it evaluated for?
EngineAI JS01 is a heavy-duty quadruped field platform. Its bionic locomotion system, adaptive shock-absorbing joints, and terrain-sensing software that adjusts gait in real time enable stable movement over complex terrain. The fully integrated joint module is designed to reduce performance degradation during intensive use through proactive cooling. A quick-change, high-capacity battery and intelligent energy management help ensure continuity during long missions. The outer shell is made of aerospace-grade aluminum alloy, and the design features a Supersonic Gray tone.
PRODUCT-SPECIFIC
Key features.
Features compiled from source product information; evaluate according to the model and configuration.
Dynamic balance and motion control
Real-time gait adjustment algorithms and precise motion control maintain stability on sloped surfaces and in dynamic environments such as stairways.
Payload capacity
The platform features a mechanical and actuator configuration that supports payload integration in accordance with its stated payload capacity.
Integrated active cooling
The in-house-developed joint module helps maintain actuator performance during continuous intensive operation through a proactive cooling approach.
SLAM-based precision navigation
Offers high-precision positioning and rerouting around dynamic obstacles with real-time mapping and SLAM.
Quick-change power source
A high-capacity, quick-change battery and intelligent energy management enable power monitoring and energy optimization during field operations.
Durable outer casing
The aerospace-grade aluminum alloy outer casing offers a dark gray color option while preserving structural integrity.
SOURCED PRODUCT DATA
Technical features.
Values are taken from the source product page. Confirm the package, software, and accessory contents against the manufacturer's current documentation before ordering.
| Feature | Value |
|---|---|
| Load capacity | Up to 80 kg |
| Maximum speed | 3 m/s |
| Navigation | Manufacturer-developed AI navigation algorithm: high-precision map creation and SLAM positioning using real-time environmental data; automatic optimal route planning around dynamic obstacles |
| Battery capacity | 10000 mAh |
| Battery | 10.000 mAh high-capacity quick-release battery with ultra-fast replacement; real-time power monitoring through intelligent energy management |
| Modes of movement | Bionic quadruped structure, adaptive shock-absorbing joints, real-time gait adjustment; natural, human-like walking rhythm |
| Material | Aerospace-grade aluminum alloy outer casing, high-strength shell, Supersonic Gray; aerodynamically inspired lines |
| Cooling | Proactive cooling system in the integrated joint module; prevents heat-related performance loss and failures during continuous, intensive operation |
| Joint module | Fully in-house integrated joint module; powerful output under high loads, proactive cooling |
| Shell | Aerospace-grade aluminum alloy casing, high-strength shell; surfaces that balance structural integrity with visual appeal |
| Suspension | Adaptive shock-absorbing joints and terrain sensing algorithm |
| Sensors | Integrated LiDAR, wide-angle camera, IMU inertial sensor; Intel RealSense D435i depth camera |
| Interfaces | Various customized extensions; module and payload integration |
| Interaction | Surround stereo speakers that mimic the direction of human speech |
| Software features | In-house AI navigation: high-precision maps in milliseconds, centimeter-level positioning with SLAM, and intelligent obstacle avoidance that plans optimal routes around dynamic obstacles |
SEE THE PRODUCT IN ACTION
EngineAI JS01 introduction.
The introduction video linked from the source product page opens when you press the play button.
PRODUCT INFORMATION SOURCES
Sources and documentation.
This catalog is intended to help explore product information. No commitments are made on behalf of Robotik Çözümler regarding stock, authorized dealers, pricing, warranty, or after-sales service terms.
FREQUENTLY ASKED QUESTIONS
Frequently asked questions.
Which sensors does JS01 use, and what are their functions?
JS01 operates with LiDAR, a wide-angle camera, an IMU, and an additional depth camera; together, these sensors provide data for environmental mapping, obstacle detection, and real-time gait adjustment.
What problem is the joint module's cooling approach designed to address?
The proactive cooling in the integrated joint module aims to reduce performance degradation caused by actuator heating during long, intensive tasks and to ensure consistent power output.
How does navigation work, and how precise is the positioning?
The system uses AI-powered real-time mapping and SLAM; this enables live map generation from environmental data, high-precision positioning, and dynamic rerouting.
How do battery replacement and energy management work?
The platform monitors its power status using a high-capacity quick-change battery and intelligent energy management; this design is intended for long mission durations and rapid field response.
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