Built for rapid field readiness and short-runway operations, ensuring mission reliability in
space-limited environments
ROTATION MODEL
Short Take-off & Landing Capabilities
Efficient Fixed-Wing Design
Heavy payload Delivery
High Operational Ceiling
Long-Range & High-speed Operations
Multi-Role Flexibility
PLATFORM CAPABILITIES
Short Take-off & Landing Capabilities
Efficient Fixed-Wing Design
Heavy payload Delivery
High Operational Ceiling
Long-Range & High-speed Operations
Multi-Role Flexibility
Technical parameters
The M10-STOL is a robust fixed-wing UAV built for
high-payload transport and short runway
operations. Its aerodynamic structure delivers
exceptional efficiency in forward flight, allowing it
to travel further and faster while consuming less
energy. The lightweight yet durable airframe
makes it highly transportable and easy to deploy
in a variety of field conditions, including remote
and undeveloped airstrips.
Wingspan
2 meters
Length
1.8 meters
Height
0.5 meters
Empty weight
8 Kg
Gross weight
25 Kg
Operational parameters
With a high maximum speed and strong climb
rate, the M10-STOL excels in missions where time
is critical. Its fixed-wing design allows for longer,
more energy-efficient flights compared to rotarywing systems, making it ideal for both shortnotice and scheduled operations. The STOL
capability means it can operate from runways far
shorter than conventional aircraft require,
providing unmatched flexibility in rugged or
space-limited environments.
Cruise Speed
28 m/s
Endurance
120 minutes
Range
60 km
Max Altitude
5,500 meters
Payload
10 kg
Payload Capabilities
The M10-STOL’s 10 kg payload capacity allows
operators to transport heavier and bulkier cargo
in a single trip, reducing the need for multiple
flights. Its secure mounting system protects
sensitive goods during high-speed operations,
while the balanced airframe ensures stability
even at maximum capacity.
Max Payload Capacity
10 Kg
Payload Flexibility
Supports cargo
boxes, medical kits, sensors, and
cameras
Secure Payload Mounting
Designed to keep cargo stable during
high-speed transit