Airframe
Eagle-style fixed-wing body for efficient flight, clear presence, and modular parts.
Technology
AI drones, built for security work.
Lindur combines Eagle-style flight, self-flying routes, and practical drone engineering.
Platform overview
A modular system with self-flight.
The system includes AI route planning, a matte graphite body, ducted electric power, stable avionics, and a modular sensor bay.
Technical architecture
Core systems.
AI autonomy
Self-flying routes help the drone patrol approved areas with less manual flying.
Propulsion
Ducted electric power for safer movement, control, and easier service.
Flight control
Stable controls keep the drone steady as it flies planned routes.
Sensors
Sensor bay for lawful monitoring, search support, mapping, and land checks.
Power
Battery planning for predictable endurance, service, and safe charging.
Communications
Secure command links with logs, site boundaries, and approved use.
System diagram
A clean architecture for operators, payloads, and compliance.
This section shows the main drone parts: operator control, AI flight computer, sensors, power, and secure communications.
01
Airframe
02
Power
03
Flight Control
04
Payload Bay
05
Comms
06
Operator
Safety
Lindur reviews fail-safe behavior, route limits, site limits, maintenance, training, and flight readiness.
Compliance
The operating model follows flight rules, site approval, and documented use.
Payloads
Sensors stay focused on lawful security, search support, mapping, and land checks.
Lindur works with leading AI and drone partners.
Lindur is seeking partners in AI flight, avionics, aerodynamics, embedded systems, manufacturing, and drone operations.