Deep Trekker SPECTRA
HP MJF for Unmanned Systems
Long-Range Electric VTOL UAVs for Mapping, Inspection & Surveillance
Evo Enterprise Electric fixed-wing VTOL UAV for mapping, surveying & inspection
Evo Enterprise

DeltaQuad Evo Enterprise is an electric fixed-wing VTOL unmanned aerial system designed for commercial mapping, surveying, inspection and monitoring. Its fixed-wing design supports extended aerial coverage, while vertical take-off and landing removes the need for runway infrastructure.

Dual swappable payloads support RGB, multispectral, LiDAR and thermal data collection, allowing operators to select sensors for different projects. RTK and PPK support georeferenced mapping and measurement workflows, with collected data used to produce orthomosaics, terrain and elevation models, and digital twins.

Onboard LTE connectivity and the Auterion Suite environment support centralised management of fleets, flights and connectivity. ATAK integration enables location and mission-data sharing across compatible systems.

The modular design supports integration of additional commercial sensors as requirements evolve. Applications include infrastructure inspection, precision agriculture, utility monitoring and environmental assessment.

Specifications:

Dimensions (wingspan × length × height) 269 × 75 × 33 cm; height with landing gear extended
Wing area 84 dm²
Payload bay dimensions 20 × 20 × 11 cm
Empty weight 4.8 kg
Weight with one battery 6.8 kg
Maximum take-off weight 10 kg
Payload capacity Up to 3 kg; 1 kg with dual batteries
Maximum flight time—dual battery 272 minutes (4 hours 32 minutes)
Flight range—dual battery 270 km (168 miles)
Flight speed—listed dual-battery configuration Approximately 60 km/h
Maximum take-off/landing wind 12.5 m/s (45 km/h)
Maximum cruise wind 14 m/s (50 km/h)
Operating temperature −20°C to +45°C
Sensor options RGB, multispectral, LiDAR and thermal
Mapping positioning RTK and PPK support
Connectivity Onboard LTE
Fleet and flight management Auterion Suite
Data integration ATAK-compatible location and mission-data sharing
Performance depends on configuration and conditions. Published flight characteristics assume optimised sea-level settings, low wind, 90% battery usage and low-altitude VTOL. Environmental tolerances are provisional.

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