KAMIKAZE DRONE with
DIGITAL fiber optic control
& Jammer Seeker function
Nwf10f
warfare
jamming systems
zero latency
Advantages for combat use
• Invulnerability to electronic warfare - the drone remains controllable even in areas of dense electronic suppression.
• Guaranteed target destruction - no risk of signal loss.
• High accuracy - the operator maintains full control throughout the flight.
• Flexibility of use - the ability to attack fortifications, armored vehicles and high-value target.
• Minimal equipment losses - the drone is not “lost” due to jammers.
The FPV drone with fiber optic controL
is a new generation
of attack drones that ensures
the guaranteed performance of combat missions
in the face of a high-tech enemy.
Our solution enables the use of
digital communication for fiberoptic
between ground station and drone
to defeat especially protected objects.
This solution provides:
Two directional wideband antennas with a narrow beam pattern (directional diagram)
A receiver chain capable of measuring the received signal strength (RSSI)
An algorithm that compares signal levels between the two antennas
Intelligent Detection System
• Automatic detection and highlighting of targets - in video stream.
• Operation in visible and infrared spectrum - target recognition works across both visual modes.
• Display of target frame and digital signature - according to specified classification.
• Neural network training - on user’s photo and video data.
RGB Camera Parameters
Resolution: 1920×1080
Focal length: 3.3 mm
Pixel size: 2.9 µm
Field of view (D×H×V): 142° × 115° × 58°
Infrared Camera Parameters
Resolution: 640×512
Pixel size: 12 µm
Focal length: 9.1 mm
Field of view (H×V): 48.9° × 39.1°
Jammer Seeker Function
The NWF10F drone is equipped with
a specialized system for detecting sources
of radio-electronic suppression (Electronic
Warfare / EW jamming systems).
The pilot follows a classic homing method:
Flying toward the maximum RSSI while maintaining
minimal azimuth mismatch — essentially flying along
the equal-signal line (“on the beam” principle).
The pilot’s OSD (On-Screen Display)
presents two main parameters:
RSSI - The current received signal strength level
Azimuth indication - a graphical representation using arrow indicating the relative angular position of the EW source with respect to the UAV’s current heading.
Proprietary Electronic Detonation Initialization Board
Our patented initialization board is the core of our munition detonation technology, setting new standards for safety, reliability, and operational efficiency. This sophisticated mechanism ensures detonation occurs only under precisely controlled conditions, eliminating the risk of accidental activation, while still enabling remote airborne detonation.
Power switch
Power switch lever integrated into case outline — prevents accidental activation
Independent power source
Guaranteed detonation from any impact angle, even after structural damage.
READY TO TAKE
THE NEXT STEP?
Get a free expert consultation from North Weapon
Our specialists will help you choose the optimal solution from the NWF10 series, NWF10 Air Defence, NWJ50, and NWF MAX platforms tailored to your mission requirements.
