We select the aircraft for the area, access and required outcome — FAE Drones
FAE aerial platforms

We select the aircraft for the area, access and required outcome

The twin-engine Rebel covers large areas efficiently through photogrammetry, the Rebel 2430 VTOL combines fixed-wing efficiency with vertical access, and the Predator V2 provides local control for detailed LiDAR surveys.

FAE aerial platforms

Twin-engine Rebel · high-productivity photogrammetry

Rebel 2430 VTOL · photogrammetry and LiDAR

Predator V2 · detailed LiDAR and complex sites

Mission-specific configuration

The platform follows the technical requirement, not the reverse

We compare area, terrain, access, endurance, sensor and required detail before proposing the aircraft and flight profile.

The final configuration remains subject to payload, weather, airspace, approvals and field logistics.

The platform follows the technical requirement, not the reverse — FAE Drones
FAE configurations

Purpose-built platforms for different missions

Aircraft selection balances productivity, operational safety, data density and the site's specific constraints.

Twin-engine Rebel — FAE Drones
High-productivity photogrammetry

Twin-engine Rebel

A twin-engine fixed-wing aircraft designed for fast photographic coverage of large areas.

Use: photogrammetry with the Sony α7R IV; it is not presented as a LiDAR platform.

  • 1,960 mm wingspan and up to approximately 2.5 hours endurance, depending on configuration.
Rebel 2430 VTOL — FAE Drones
Large areas and flexible access

Rebel 2430 VTOL

A fixed-wing platform with vertical take-off and landing for sites without a suitable runway.

Use: photogrammetry and LiDAR, with payload selected for the project.

  • 2,430 mm wingspan and more than one hour endurance, depending on payload and mission.
Predator V2 — FAE Drones
Detail and complex sites

Predator V2

A multirotor platform capable of slow flight and hovering for precise route control.

Use: detailed LiDAR, corridors, assets and areas with complex geometry.

  • Octocopter configuration for stability and propulsion redundancy.

Have the boundary? Get an instant quote.

Upload the KML/KMZ file and describe the required outcome. If not all technical requirements are defined, we will set them together before confirmation.