A650
Composite material structure design, effectively resisting sudden tension.
Powerful downward airflow, creating a precise delivery channel for payload drops.
Special folding arm design, convenient for movement requirements.
MIT Aerospace-grade Flight Protector
- Interference resistance
- Enhanced flight stability
- Robust steel structure
- Absorption of high frequency vibrations
Single-Rotor Failure Fail-Safe Protection
When a single-rotor failure is detected, the system triggers the automatic response mechanism within seconds:
- Automatic Counter-Rotor Deactivation: Instantly shuts down the diagonal rotor to perfectly balance airframe torque.
- Quad-Rotor Stability Maintenance: Rapidly switches to quad-rotor mode to maintain heading and stability.
- Safe Forced Landing: Ensures the drone returns home safely or performs an immediate forced landing, eliminating the risk of a crash.

Modular Unmanned Aerial Platform
The modular design separates the flight platform and mission payload into distinct and interchangeable components.
Flying Platform
Aircraft equipped with a flight control system compliant with UTM (Unmanned Aircraft System Traffic Management) regulations.
Mission Payload
The mission payload is principally designed based on task-specific functions.
cargo drone
FIREFIGHTING DRONE
SUPPLIES DRONE
AID DRONE
A610

A616

A650

SPECIFICATION
Upto 30min (without cargos) Upto 15min (With Cargos)
Upto 25min (without cargos) Upto 15min (With Cargos)
Recommended payload is 50 kg (to achieve the most efficient flight performance) When carrying an 80 kg payload, operation is possible by keeping the battery weight at or below 23.5 kg
Notes on Heavy Payloads: For heavier payloads, battery weight must be reduced to ensure the maximum takeoff weight does not exceed 149 kg
Upto 50min (without cargos) Upto 30min (With Cargos)