SOLUTIONS
Research validation, teaching, lab setup and competitions: four typical directions for university labs and R&D teams. Suitability, components and performance are confirmed for the exact build and operating environment.
Test localization, mapping, path planning and perception algorithms on a real airframe instead of only in simulation. The screenshot shows a point-cloud view from an earlier project.
A physical airframe for lab courses, student projects and thesis work, with electronics that are accessible for inspection and modification.
Plan an indoor flight-test area with waypoints, geofences and a ground station. Scope is agreed per project. The screenshot shows a mission-planning view from an earlier project.
Airframes and technical support for student teams preparing autonomy and recognition tasks. The screenshot shows a ground-station recognition view from an earlier project.
TEST FOOTAGE / EARLIER PROJECT
These clips come from an earlier project showcase. The configuration, operating mode and performance of the current export build require separate confirmation.
An earlier recording of the aircraft in a controlled indoor space with a marked floor.
An earlier recording of the marked test area and its freestanding obstacles.
CUSTOM DEVELOPMENT
Either airframe can be the starting point. Availability, feasibility, cost and schedule are confirmed after a requirements review.
Frame size, guards and mounting changes
LiDAR, cameras, depth sensors and onboard computers
Power, data and payload interfaces
Flight workflow, data and operator interface needs
Labels, documentation, packaging and destination
Application, environment, destination and estimated quantity.
Components, interfaces, export scope and performance targets.
Confirmed configuration, specifications, price and lead time.
Assembly, testing and handover of the agreed configuration.
