Minefield Recovery UAV

Self-charged autonomous UAVs for persistent landmine mapping.

AeroRozum is building a self-charged autonomous UAV that maps suspected minefields from the air, recharges itself on the ground, and resumes missions without putting a support crew inside dangerous terrain.

Capabilities

Built to reduce the need for people on mined ground.

Landmines keep killing civilians long after wars end. Manual clearance is slow, dangerous, and impossible to scale at the pace required. AeroRozum focuses on persistent aerial mapping: find the likely danger zones, document them, and support clearance teams before anyone steps into the field.

Land-Charge-Fly Endurance

A self-charged autonomous UAV concept designed to land, recharge using deployable solar charging, and repeat missions with minimal ground support.

Night Thermal Mapping

Thermal imaging workflows designed to help identify minefield patterns and surface anomalies after dark.

ML-Assisted Review

Deep learning models process imagery to support ordnance classification and analyst review without putting people in the suspected area.

Remote Field Operations

Mission planning, mapping outputs, and review records for humanitarian demining teams, recovery agencies, and vetted defence users.

Users

Dual-use applications with long endurance.

The same persistent UAV platform can support civilian recovery and defence missions. Public materials stay at the capability level; sensitive operating details are reserved for qualified review.

Civilian Applications

  • Precision Agriculture
  • Environmental Monitoring
  • Search & Rescue
  • Infrastructure Inspection

Defense & Security

  • Persistent Surveillance
  • Border Monitoring
  • Payload Delivery
  • Communication Relay
  • Drone Interceptor Systems
Team

Built from urgency, not abstraction.

As Ukrainians, we have the motivation to bring this idea to life for the greater good. We want to build the tool that finally makes systematic, large-scale landmine clearance possible.

The project brings together autonomous flight, self-charging, thermal mapping, and ML-assisted review. The goal is direct: fewer people exposed to landmines, more land returned to safe use.

View Team
Contact

Qualified inquiries only.

Use this form for humanitarian demining partnerships, pilot evaluation, research support, defence-sector review, or investment diligence.