Wheeled-legged hybrid mobility

BAYBARS

Wheel efficiency. Legged terrain adaptability.

BAYBARS is our hybrid platform approach combining wheeled-legged mobility with task-specific sensors, software and equipment integration. Project scope is developed for facility inspection, remote observation and applications involving varied terrain.

Platform and task integration · Project-specific scope

Wheeled-legged platform on grassy terrain.

Product technical specifications

Technical overview of the reference configuration.

Payload: 35 kg — reference continuous payload
Protection: IP67
Operating temperature: −30 °C to +55 °C
Maximum tested speed: 9 m/s — not an operating-speed commitment
Operating time: Unloaded: 3.5–5 hours; loaded: 2.5–3.5 hours
Battery approach: Dual batteries with hot swapping

Applications shaped around the task

Industrial facility inspection

Assess assets, measurement points, task routes and sensor requirements together.

Energy sites and infrastructure

Review environmental conditions and communications for substations, facility routes and field observation.

Reconnaissance and remote observation

Define imaging, operator interfaces and task data transfer around project requirements.

Task equipment integration

Assess mechanical, electrical and software compatibility for cameras, measurement devices and other task components.

Platform images

Promotional visual illustrating the operating temperature range.

Promotional visual of the platform on sandy terrain.

Promotional visual illustrating protection; not a demonstration of continuous underwater operation.

Promotional visual illustrating stair traversal and payload carriage.

Application scope with QuadRobotics

We address requirements analysis, carrier selection, task equipment and sensor integration, task software, simulation and field validation together. Final system specifications depend on selected hardware, site conditions and acceptance criteria.

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