Perimeter security
Mobile observation, remote presence, route patrol, sensor deployment, and rapid alarm investigation.
High-Mobility Unmanned Ground Systems
Send machines where sending people creates unnecessary risk.
Roberson Robotics develops rugged electric ground platforms for security, hazardous inspection, payload transport, and advanced UGV research. We partner with integrators and mission owners to turn operational requirements into working robotic systems.
PRIMARY PLATFORM IMAGEX4 three-quarter front view outdoorsACTUAL PLATFORM PHOTOGRAPHY REQUIRED
Mechanical DesignElectric PropulsionEmbedded ControlSensor IntegrationRapid Fabrication
The physical-integration partner
Rugged unmanned mobility, built around the mission.
Roberson Robotics develops high-performance ground platforms that extend human reach into environments where exposure, terrain, distance, or response time make conventional operations ineffective.
We own the difficult physical layer: structure, propulsion, suspension, real-time control, power, vehicle dynamics, payload integration, and fault handling.
Priority applications
Four missions. One adaptable mobility foundation.
Hazardous inspection
Remote inspection and sensor placement where personnel exposure should be minimized.
Payload transport
Move tools, supplies, communications, and mission equipment across terrain unsuitable for smaller robots.
UGV research & integration
A configurable mobility and power base for autonomy, sensing, communications, and academic R&D.
Engineering ownership
Designed as a system from the terrain up.
Electric propulsion
High-torque, independently managed drive channels with closed-loop command and health monitoring.
Mechanical systems
Rugged structures, independent suspension, fabrication, packaging, and serviceability.
Real-time control
Deterministic motion, link supervision, calibration gating, and motor-disable behavior.
Vehicle dynamics
Integration underway: closed-loop yaw control, traction logic, stability supervision, and rollover-risk mitigation.
Sensor integration
Configuration-dependent interfaces for multi-modal perception, navigation, and mission payloads.
Edge intelligence
A modular, high-performance compute integration path for perception and mission workloads.
Ways to engage
Start with a defined, low-risk technical objective.
Platform integration
Adapt an existing mobility architecture around your payload, sensors, communications, compute, and mission requirements.
Joint prototype development
Develop and demonstrate a mission-specific robotic prototype with defined milestones, test criteria, and deliverables.
Mobility & control subsystems
Provide or co-develop drivetrain, suspension, real-time control, power, telemetry, and vehicle-dynamics subsystems for a prime-led system.
Preferred entry point: a paid feasibility and prototype-definition engagement, followed by a milestone-based prototype program.
Development-stage transparency
Functional platform development is underway.
Roberson Robotics is an early-stage, founder-led hardware company—not a mass-production OEM. Current work includes functional mobility and control architecture, with sensor, compute, stability, and mission-payload integration progressing by configuration.
Performance targets remain subject to engineering validation. Program discussions begin with requirements, evidence, risks, and a practical test plan.
Start a technical conversation
Have a payload, sensor suite, or operational problem?
Define the mission, terrain, payload, timeline, and success criteria. We’ll identify the fastest credible path to a working prototype.