Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series
Rover X1 Quadruped Robot Series

Rover X1 Quadruped Robot Series

1200000447

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The Rover X1 by INFFNI, powered by DOBOT, is a professional-grade quadruped robot engineered for complex terrain and real-world deployment. It combines a wheel-leg hybrid locomotion system, full RGB-D environmental perception, and onboard AI — arriving ready to operate across industrial, commercial, and research environments from day one.

With front and rear RGB cameras plus front and rear depth sensors, the X1 builds a complete 360° picture of its surroundings. Built-in AI handles obstacle avoidance, visual following, and voice interaction with no additional configuration. A unified SDK connects high-level task planning with real-time control, and native support for LiDAR, infrared cameras, and loudspeakers means the platform grows with your application.

UNIFIED SDK
A unified SDK bridges high-level task orchestration with low-level real-time control, with native support for LiDAR, infrared cameras, and loudspeakers so the platform grows with your application. Use cases include industrial inspection, search and rescue, commercial engagement, and education and research.

KEY FEATURES

  • Wheel-Leg Hybrid Mobility — Switches between point-leg and wheel-leg modes for multi-terrain navigation; ideal for inspection and data collection in complex environments
  • Flagship Sensor Suite — Front and rear RGB cameras plus front and rear depth cameras provide full 360° RGB-D environmental perception out of the box
  • Built-In AI — Onboard AI handles obstacle avoidance, visual following, and voice interaction with no additional configuration required
  • Unified SDK — Connects high-level task planning with real-time control; supports secondary development for custom applications
  • Expandable Hardware — Native support for LiDAR, infrared cameras, and loudspeakers
  • Long-Range Battery — 8,000mAh battery with up to 3 hours of runtime
  • Visual Follow Mode — Autonomous route planning and obstacle avoidance in follow mode
  • OTA Remote Control — App-based Wi-Fi control, upgradeable to 4G remote operation
  • Flipping Joint Design — Enables smooth mode transitions and dynamic movement

SPECS

Point-Leg Mode

  • Standing Size: 761 x 372 x 428mm
  • Net Weight: 15.5kg
  • Max Speed: 1.8 m/s
  • Max Climb Angle: 30°

Wheel-Leg Mode

  • Standing Size: 761 x 440 x 516mm
  • Net Weight: 18.5kg
  • Max Speed: 3 m/s
  • Max Climb Angle: 35°

General

  • Load Capacity: 3–7kg
  • Step/Obstacle Height: 16cm
  • Battery: 8,000mAh
  • Runtime: 3 hours
  • Camera Resolution: 1920x1080 @ 30fps
  • Cameras: Front and rear RGB + depth cameras
  • Remote Control: App Wi-Fi, OTA upgradeable to 4G
  • Secondary Development: Yes

USE CASES

  • Industrial Inspection — Navigate complex facilities, confined spaces, and uneven terrain to collect data and perform remote inspections without putting personnel at risk
  • Search & Rescue — Deploy into disaster zones and hazardous environments where human access is limited; onboard AI and depth perception enable autonomous navigation
  • Commercial Engagement — Attract attention and interact with visitors at events, retail environments, and public venues using voice interaction and visual follow mode
  • Education & Research — A fully programmable platform with secondary development support; ideal for robotics labs, universities, and AI research teams building custom applications
  • Security & Surveillance — Patrol large areas autonomously with full RGB-D perception and OTA-upgradeable 4G remote control for extended-range monitoring
Learn More +

Meet the Rover X1 — The Quadruped Robot Built for the Real World

The Rover X1 by INFFNI, powered by DOBOT, is a professional-grade quadruped robot engineered for complex terrain and real-world deployment. Whether you're running industrial inspections, search and rescue operations, or cutting-edge research, the X1 arrives ready to work — no additional configuration required.

Designed to Go Where Others Can't

Imagine a robot that reads its environment and adapts on the fly. The X1's wheel-leg hybrid locomotion system switches seamlessly between point-leg and wheel-leg modes, conquering uneven terrain, climbing obstacles up to 16cm, and reaching speeds up to 3 m/s in wheel mode. It doesn't just navigate — it thinks its way through the environment.

Full Situational Awareness, Out of the Box

Front and rear RGB cameras paired with front and rear depth sensors give the X1 complete 360° RGB-D environmental perception. Built-in AI handles obstacle avoidance, visual following, and voice interaction the moment you power it on — no extra hardware, no complex setup.

Built to Grow With Your Application

A unified SDK bridges high-level task orchestration with low-level real-time control. Native support for LiDAR, infrared cameras, and loudspeakers means the X1 scales with your mission. App-based Wi-Fi control comes standard, with OTA upgradability to 4G remote operation for extended-range deployments.

Key Specs at a Glance

  • Mobility: Wheel-leg hybrid — up to 3 m/s, 35° climb angle in wheel mode
  • Payload: 3–7 kg load capacity
  • Battery: 8,000 mAh — up to 3 hours runtime
  • Vision: 1920×1080 @ 30fps, front & rear RGB + depth cameras
  • AI: Obstacle avoidance, visual follow, voice interaction — onboard
  • Expandable: LiDAR, infrared cameras, loudspeakers
  • Control: App Wi-Fi (OTA upgradeable to 4G)

From industrial inspection to commercial engagement to education and research — the Rover X1 is the platform that meets the mission.


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