ELECTRIC VTOL UAV — SYSTEM OVERVIEW

The Electric VTOL UAV is a next-generation fixed-wing Sub-Cloud Autonomous System engineered for high-precision missions and rapid tactical deployment. With its electric-powered VTOL architecture, the platform can take off and land vertically without requiring a runway, enabling seamless operation in confined or improvised environments.

Its fully autonomous mission capability ensures reliable navigation, route planning, and safe return-to-home functions even under complex operational conditions. Designed for joint interoperability with other unmanned platforms, the aircraft features a modular payload structure—supporting EO/IR/LRF Pro cameras, multispectral sensors, and mission-specific integrations.

Operating below cloud level, the UAV maintains continuous situational awareness, executing day-and-night reconnaissance, target marking, surveillance, and intelligence missions. Even in low-visibility or cloud-covered environments, the aircraft ensures stable performance and delivers real-time tactical data to command units, significantly enhancing battlefield decision-making.

Ideal for border security, urban surveillance, environmental mapping, emergency assessment, and precision monitoring tasks, the Electric VTOL UAV offers a clean, quiet, and low-maintenance solution for persistent aerial operations.

ELECTRIC VTOL UAV

  • Wingspan: 4,000 mm

  • Overall Length: 2,000 mm

  • Overall Height: 500 mm

  • Maximum Take-off Weight: 40 kg

  • Maximum Payload Capacity: 10 kg

  • Endurance: 3 hours

  • Maximum Speed: 110 km/h

  • Stall Speed: 60 km/h

  • Cruise Speed: 75 km/h

  • Maximum Operating Altitude: 5,000 m

  • Maximum Range: 225 km

  • EVLOS Communication Range: 80 km

  • Maximum Take-off/Landing Wind Speed: 16 m/s

  • Operational Wind Limit: 20 m/s

  • Operating Temperature Range: -10°C to +60°C

  • Maximum Operational Precipitation: 6 mm/hour

CAPABILITIES

Its fully autonomous mission capability ensures reliable navigation, route planning, and safe return-to-home functions even under complex operational conditions. Designed for joint interoperability with other unmanned platforms, the aircraft features a modular payload structure—supporting EO/IR/LRF Pro cameras, multispectral sensors, and mission-specific integrations.

Optional Capabilities

  • Precision landing on moving platforms

  • GNSS-independent mission capability

  • Basic flight simulator

  • Payload options:

    • EO/IR/LRF Pro camera

    • Multispectral camera

    • Mission-specific sensor integrations

  • GPS/GNSS Anti-Jam system

  • Moving target detection

  • Border and coastal security

  • Anti-smuggling and counter-terrorism operations

  • Public safety missions

  • Narcotics crop detection

  • Urban thermal mapping

  • Wildfire prevention and monitoring

  • Post-disaster assessment

  • Environmental pollution detection

  • Agricultural monitoring and analysis

  • Oil & gas pipeline surveillance

  • Power transmission line inspection

  • Search and rescue operations

  • Artillery target detection

  • Mapping and cartography

Application Areas

  • Fully autonomous flight system

  • Runway-independent VTOL take-off and landing

  • Below-cloud operations capability

  • Two-person transport, deployment, and maintenance

  • ISR missions with EO/IR/LRF payload

  • Target coordinate generation

  • Autonomous return-to-home and landing on link loss

  • Target detection and tracking

  • Mobile deployment capability

  • Redundant telemetry architecture

Core Capabilities

ADDRESS

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E-Mail

info@skycopes.com

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