Product Description

Stokes Robotics AERO A2-W Pro

The Stokes Robotics AERO A2-W Pro is an advanced wheel-leg robotic platform designed for autonomous navigation, inspection, security, mapping, research, and professional robotics development. Building upon the capabilities of the A2-W Standard, the Pro version adds enhanced sensing, positioning, communication, and computing resources to support more demanding autonomous and AI-driven applications.

Engineered for developers, universities, government agencies, and commercial robotics teams, the A2-W Pro combines the agility of a quadruped robot with the efficiency of wheeled mobility, enabling superior performance across complex indoor and outdoor environments. With dual LiDAR sensors, integrated GPS, wireless vector positioning, 4G connectivity, and expanded onboard computing, the platform is optimized for SLAM, autonomous navigation, advanced perception, and real-world robotic deployments.

Supporting both high-level and low-level secondary development, the A2-W Pro includes robot models, simulation interfaces, and compatibility with Isaac Sim, providing a powerful foundation for next-generation robotics innovation.

Key Features

  • Includes all capabilities of the A2-W Standard platform
  • Hybrid wheel-leg robotic platform for superior mobility and terrain adaptability
  • Payload capacity of approximately 20–25 kg
  • Triple-computing architecture with expanded onboard processing power
  • Dual LiDAR sensing system for enhanced environmental perception
  • Wireless vector positioning module for improved localization accuracy
  • Integrated GPS module for outdoor positioning and navigation
  • Integrated 4G module for remote connectivity and deployment
  • SLAM positioning and mapping capabilities
  • Autonomous navigation functionality
  • Stable obstacle avoidance and point cloud surround-view capabilities
  • High-definition image transmission
  • Autonomous charging support (optional)
  • Compatible with Isaac Sim and other simulation environments
  • Intelligent OTA (Over-the-Air) upgrade capability
  • WiFi 6, Bluetooth 5.2, GPS, and 4G connectivity
  • Integrated speaker, microphone, and lighting system
  • Comprehensive developer ecosystem and expert-level technical support
  • One-year warranty on the complete unit

Technical Specifications

Mobility & Performance

  • Configuration: Wheel-leg robotic platform
  • Approximate Payload Capacity: 20–25 kg
  • Maximum Slope Angle: 45°
  • Continuous Stair-Climbing Capability: ≥ 28 cm stair height
  • Maximum Single-Step Climbing Height: ≥ 90 cm
  • Drive System: Low-inertia high-speed internal rotor permanent magnet synchronous motors
  • Joint Feedback: Dual encoder system

Operating Range

Without Payload

  • Continuous Operating Time: Approximately 4–5 hours
  • Maximum Range: Approximately 20 km

With 25 kg Payload

  • Continuous Operating Time: Approximately 2.5–3 hours
  • Maximum Range: Approximately 12.5 km

Battery & Power System

  • Power Supply: Dual-bay dual-battery system
  • Single Battery Capacity: 9,000 mAh (453.6 Wh)
  • Dual Battery Capacity: 18,000 mAh (907.2 Wh)
  • Single Battery Charging Time: Approximately 1 hour

Computing Platform

  • Platform Processor: 8-core high-performance CPU
  • User Development Processor: Intel® Core™ i7
  • High-Performance Expansion Dock Included
  • Total Onboard Computing Systems: 3

Sensors & Perception

  • LiDAR: 2
  • Wide-Angle Camera: 1 (expandable to 2)
  • Wireless Vector Positioning Module
  • GPS Module
  • SLAM Positioning and Mapping
  • Stable Obstacle Avoidance
  • Point Cloud Surround View
  • High-Definition Image Transmission

Connectivity

  • WiFi 6
  • Bluetooth 5.2
  • 4G Cellular Communication
  • GPS Positioning

Standard Equipment

  • Speaker
  • Microphone
  • Lighting Lamp

External Interfaces

  • RS485 ×2
  • CAN ×2
  • Gigabit Ethernet ×2
  • USB 3.0 Type-C (8-core CPU) ×2
  • USB 3.0 Type-C (Intel® Core™ i7) ×2

Power Outputs

  • 12V
  • 24V
  • BAT

Development Support

  • High-level secondary development support
  • Low-level secondary development support
  • Robot models and simulation interfaces provided
  • Compatible with Isaac Sim simulation environment
  • Intelligent OTA (Over-the-Air) upgrades
  • Expert-level technical support services
  • Comprehensive development manuals
  • Ecosystem support

Environmental Specifications

  • Operating Temperature: -20°C to 55°C (-4°F to 131°F)
  • Protection Rating: IP56–IP67
  • Core Components Protection Rating: IP67

Advanced Autonomous Functions

  • SLAM Positioning & Mapping
  • Autonomous Navigation
  • Stable Obstacle Avoidance
  • Point Cloud Surround View
  • High-Definition Image Transmission
  • Autonomous Charging (Optional)

Warranty

  • One-Year Manufacturer Warranty on the Entire Unit

The Stokes Robotics AERO A2-W Pro delivers enhanced autonomy, positioning accuracy, connectivity, and computing power for organizations requiring a professional-grade robotic platform. Whether deployed for autonomous inspection, AI research, digital mapping, security operations, infrastructure monitoring, or advanced robotics development, the A2-W Pro provides the intelligence and performance needed for demanding real-world applications.

⚠️ Shipping & Availability: Expected to ship July 2026. Orders placed now will be fulfilled at launch. Please allow an additional 4–6 weeks after the July 2026 release date for delivery.

Pioneering Power is an authorized Stokes Robotics reseller.

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