Unmanned aerial systems for demanding missions.
iJet Aerospace engineers drones and high-altitude platforms across the full cycle: advanced R&D, AI autonomy, production at scale, industrial survey, and defense.
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A modular portfolio, one common architecture
We configure each platform around its mission, payload, and operating environment. They share one architecture built for endurance, adaptability, and fast deployment.
3 platforms · full mission coverage
Heavy Fixed-Wing UAV
Long-range platform for patrol, monitoring, and logistics.
- MTOW
- 300 kg
- Payload
- 100 kg
- Range
- 600 km
- Endurance
- 12 h
- Propulsion
- Hybrid
- Launch
- STOL
Hybrid VTOL System
Vertical takeoff for difficult terrain and precise deployment.
- Takeoff
- Vertical
- Payload
- 60 kg
- Range
- 350 km
- Endurance
- 8 h
- Power
- Hybrid
- Runway
- None
Long-Range ISR Platform
Mission-configurable surveillance and extended-area observation.
- MTOW
- 180–220 kg
- Payload
- 30–60 kg
- Range
- 300–450 km
- Endurance
- 6–10 h
- Sensors
- EO/IR
- Comms
- SATCOM
High-Altitude Platform
Stratospheric Pseudo-Satellite
Persistent high-altitude presence for wide-area coverage.
- Altitude
- Stratosphere
- Endurance
- Persistent
- Role
- Wide-area
- Status
- In development
Engineered in-house, validated in flight
Airframe, propulsion, avionics, and payload work as one system. We design each layer ourselves and prove it against real flight data.
Airframe & composites
Carbon structures and lightweight materials in a flight architecture that holds up in harsh conditions.
Propulsion systems
Hybrid and combustion powertrains tuned for endurance, range, and heavy lift.
Avionics & autonomy
Autopilot, navigation, onboard intelligence, and adaptive control for flight without a pilot.
Payload integration
EO/IR sensors, comms, telemetry, and the mission-specific payloads a job needs.
Tell us the mission and we’ll build the platform around it
Research, production, autonomy, survey, or defense. Whatever the mission asks for, we build the aircraft around the numbers that decide it: endurance, payload, and the performance the job demands.
