X3CATOR-S: Autonomous Surveillance Robot

The X3CATOR-S is a cutting-edge surveillance robot designed for early reconnaissance and monitoring across various environments. It excels in surveillance operations using AI capabilities to detect intruders and enhance safety.

Brochure
X3CATOR-S Robot

Surveillance Operation

The X3CATOR-S is an advanced surveillance system designed for security and monitoring in diverse environments. Equipped with cutting-edge technology, it provides high-accuracy detection and tracking capabilities, enabling effective security operations.

Features

LIDAR for environment mapping

3D Lidar for Environment Mapping

The lidar sensor maps the area for obstacle avoidance and autonomous patrol.

Intruder Identification

Intruder Identification

AI-powered detection identifies intruders based on camera feed.

GPS RTK

GPS RTK

Real-time positioning for tracking the robot autonomously.

Automatic Reporting

Automatic Reporting

Automatically generated reports after each surveillance session.

Demo Session

X3Cator-S in action during a demo session.

Technical Specifications

SpecificationDetails
DimensionsWidth: 747 mm, Length: 944 mm, Height: 1754 mm
Power SupplyMOSFET-based power switches with stable power distribution for motors and sensors.
Sensors32-channel Lidar, Depth sensor, RTK, GNSS, IMU, GPS for precise navigation and obstacle detection.
Communication1.4 GHz radio (LOS: 10 km, NLOS: 1 km), RC control, mesh network for local communication.
CameraPTZ Camera with Night Vision & Thermal Imaging
All-Terrain MobilityRugged wheels for mobility across varied terrains, ideal for complex environments.
Emergency SystemsBumper-based emergency stop with limit switches to ensure safety during operation.

Our Product & Service Categories

Purchase

Purchase

Buy the Rhino-F robot for permanent use in your facility.

Lease

Lease

Lease the robot for temporary use on your harvesting projects.

Service

Additional Service

Our engineers will visit your site to provide maintenance and support for your robot.