Mobility. Payload. Mission adaptability. A heavy-duty unmanned ground vehicle for logistics, CASEVAC, UAS deployment and mission-system integration.
Inquire →MPAV Lince is a heavy-duty unmanned ground vehicle for logistics, CASEVAC, UAS deployment and mission-system integration. All-terrain mobility, modular open architecture and autonomous or remote-piloted control support demanding multi-role operations.
Its pure-electric drivetrain uses an 88 kWh battery and supports up to 6 hours of electric endurance. The platform carries up to 1,500 kg, reaches a maximum mass of 4,000 kg, and integrates secure C2, telemetry, EO/LiDAR perception and AI-assisted autonomy.
Detail photography from operational trials — chassis, payload bay and sensor mast.




High payload capacity across the modular Cargo, CASEVAC and ELANUS Launcher configurations.
88 kWh battery delivering 6 hours of electric endurance.
Up to 12 hours of endurance with the optional hybrid extender.
4 or 6 independently driven wheels depending on configuration.
Up to 390 kW / 11,000 Nm for demanding all-terrain operation.
35° gradeability at 3.5 t gross weight.
Fully autonomous navigation or remote-piloted control with AI support.
Integrated EO/LiDAR perception with on-platform AI processing for autonomous operation.
Interchangeable mission modules on the same MPAV Lince chassis, combining direct UAS deployment with remote or autonomous vehicle operation.

Mobile, unmanned deployment platform for two Elanus air vehicles. An integrated EO and LiDAR sensor mast feeds on-platform AI processing for full situational awareness.

Modular load deck carrying secured cases, field supplies and mission equipment, supported by up to 1,500 kg payload capacity.

Stretcher and medical-equipment carriage supports remotely operated casualty evacuation from exposed areas.
The same open architecture also supports UCDL Z10 and other customer-specific payloads, subject to configuration.
Talk to our team about deployment, integration and technology-transfer options for your programme.