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EngineAI JS01

EngineAI JS01

A rugged quadrupedal robot with adaptive gait, LiDAR perception, and autonomous navigation for inspections, emergency rescue, and logistics operations.
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Specifications
Dev Doc
Website
Data verified by manufacturer
Made by
Shenzhen EngineAI Robotics Co., Ltd.
Software Type
Open Source
Software Package
Uses proprietary AI full-stack system.
Aparobot Readiness Score
ARS?
0
...
Report
Actuators
Uses proprietary full-stack integrated joint module.
Compiute
Sensors
Equipped with LiDAR, wide-angle vision cameras, Intel RealSense D435i depth camera, and surround sound speakers.
Max Op. time
240
mins
Available
China
Quadrupedal
2025

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Robot Brief

The EngineAI JS01 is a high-mobility quadrupedal robot designed for challenging and rugged terrains and real-world operational tasks. With a bionic four-leg structure, adaptive shock-absorbing joints, and advanced perception sensors such as LiDAR, depth cameras, and IMU, the JS01 delivers stable all-terrain navigation and autonomous decision-making capabilities. It integrates AI-based navigation and control algorithms to tackle complex environments independently, making it suitable for industrial inspections, emergency rescue, and logistics operations where dynamic terrain and obstacles are present.

Use Cases

  • All-Terrain Mobility:
    Uses adaptive gait and shock-absorption to traverse slippery or uneven surfaces.
  • Environmental Perception:
    Fuses LiDAR, wide-angle vision, and IMU data for real-time mapping and obstacle awareness.
  • Autonomous Navigation:
    SLAM-based localization and path planning allow it to perform missions with minimal human guidance.
  • High-Load Support:
    Large payload and mechanical design support heavy-duty tasks.
  • Modular Expansion:
    Supports additional tools and sensing modules for task-specific customizations.

Industries

  • Industrial Inspections:
    Autonomous patrol and scanning of complex facilities where wheeled robots struggle.
  • Emergency Rescue:
    Rover-like agility and terrain adaptability for disaster zones.
  • Logistics & Handling:
    Adaptable platform for material transport in mixed floor conditions.
  • Infrastructure Monitoring:
    Remote monitoring of sites with irregular topography.
  • Research and Development:
    Open for robotics studies and embodied AI algorithm testing.

Specifications

Length
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mm
Width
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mm
Height (ResT)
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mm
Height (Stand)
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mm
Height (Min)
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mm
Height (Max)
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mm
Weight (With Batt.)
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kg
Weight (NO Batt.)
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kg
Max Step Height
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mm
Max Slope
+/-
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°
Op. Temp (min)
-
°C
Op. Temp (Max)
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°C
Ingress Rating
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Intro

The EngineAI JS01 is a bionic quadrupedal robot engineered for dynamic real-world traversal and autonomous operation. Built with a biologically inspired four-leg structure and adaptive shock-absorbing joints and made from aviation-grade aluminum alloy, JS01 maintains stability over rugged, uneven terrain thanks to integrated gait-adjustment algorithms. Its multi-sensor fusion perception system combines LiDAR, wide-angle vision cameras, and IMU sensors to deliver 360° environmental awareness, enabling centimeter-level mapping and real-time obstacle detection.

The platform is powered by high-performance drives and precision motion control, allowing a top speed of up to 3 m/s and robust response to dynamic obstacles. A large capacity battery with quick-release design provides extended operational endurance, while modular expansion points enable integration of customized payloads or specialized sensing modules. Overall, JS01’s design focuses on mobility, perception, adaptability, and autonomy to support a wide range of deployment scenarios where traditional wheeled or stationary robots cannot operate effectively.

Connectivity

  • WiFi (2.4 GHz and 5 GHz)
  • Ethernet ports
  • USB ports
  • Cloud connectivity for updates and remote monitoring.

Capabilities

  • Adaptive quadrupedal locomotion over rough terrain.
  • SLAM-based autonomous navigation.
  • Obstacle detection and avoidance.
  • High payload support up to 80 kg.
  • Multi-sensor fusion perception system.
  • Modular expansion and tool integration.