Solutions

Map the mountain.Not just the foothill.

Manned helicopters come with high operational complexity. Multicopters lack the range.
We deliver survey-grade data for vast perimeters in a single, efficient mission.

The Raw Truth

The Standard Deliverable.

± 5mmrepeatability

The Geometry

LiDAR

Raw .LAS Point Clouds for precise Digital Terrain Models (DTM). Our system penetrates dense vegetation to reveal the true ground topology. Perfect for volume calculations, slope stability analysis, and hydrological modeling in difficult terrain.

100 MPresolution

The Visuals

High-Res RGB

Distortion-free Orthomosaics. We deliver high-overlap imagery capable of generating survey-grade 2D orthophotos and 3D textured meshes. Ideal for geological mapping, rockfall documentation, and construction progress monitoring.

Beyond the Standard

The Efficiency Sweet Spot.

◆

Replace the Helicopter

Cut costs, not quality.

For large perimeters, manned aviation was often the only choice. We offer a smarter alternative. We cover vast corridors and valley sections without the heavy logistics, noise footprint, or high mobilization costs of a turbine helicopter.

Remote & Resilient

Access the inaccessible.

Geological surveys often require data from difficult zones.

Survey cliffs and rockfall zones from a safe distance

100% electric — protects the alpine environment

The Growth Factor

Unlock New Revenue Streams.

Don’t just save costs. Sell more.

Traditionally, frequent large-scale monitoring was too expensive for most clients. Our efficiency changes the math. You can now offer your customers continuous monitoring services and large-area change detection products that were previously economically impossible.

“

Mit levitate ist die wirtschaftliche Erfassung grosser Perimeter der Schlüssel für neue Dienstleistungen.

Damian Steffen

VRP / Mitglied GL, Geoformer igp AG

Got a complex perimeter?

Let us show you how we handle large-scale terrain. Send us your AOI (Area of Interest) and let’s discuss the feasibility.

Check Feasibility