The AgileX SCOUT 2.0 is an unmanned ground vehicle designed for robotics research and development. Four independently driven wheels and suspension provide a mobile foundation for integrating sensors, computing hardware, and experimental payloads.
| Parameter | Specification |
|---|---|
| Drive System | Four-wheel independent drive |
| Payload Capacity | 50 kg |
| Listed Speed | 1.67 m/s |
| Listed Runtime | 3.5 hours; varies with operating conditions |
| Suspension | Double-wishbone suspension with shock absorbers |
| Obstacle Crossing | Up to 100 mm, subject to terrain and loading |
| Control Interface | CAN bus |
| Payload Mounting | Aluminum T-slot rails |
Open-source SDK and software resources support custom control integration. Mounting rails accommodate external sensors and development kits for application-specific configurations.
Combine the mobile base with suitable LiDAR, cameras, positioning sensors, and onboard computing for mapping, localization, or navigation experiments. Autonomous functions depend on the integrated hardware and software.
Confirm the battery, environmental protection, interfaces, and included accessories for the supplied revision. Account for sensor mounts and computing equipment when planning payload distribution.
Contact robolearn.store for configuration inquiries, integration options, pricing, and availability.
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