#warhead-of-cumulative-action
#FPV
#1.9 kg

LSCFGH-09-792-1.9kg

Combines cumulative and high-explosive fragmentation principles of action. Has increased armor penetration and radius of continuous damage.

Used against lightly armored vehicles (BMP, APC, ACS), including armored infantry, light field structures and open storage areas for ammunition and fuel.

nato
The product has passed NATO codification
Product added to DELTA system
Боєприпас LSCFG-09-792 — кумулятивно-уламковий для фпв-дронів SWD

Characteristics:

Armor penetration at the meeting angle 90°:
150 mm
Armor penetration at the meeting angle 45°:
75 mm
Radius of continuous ¹ damage:
5 m
Effective ² radius of damage:
8 m
Type of GUE ³:
sphere, Ø 6 mm, 0.9 g
Total number of GUE ³:
792 pcs
Detonator type:
EDP or EDP-r
Max. flight weight (BP ⁴ – C4):
1880 g
Required amount of BP ⁴, depending on type:
C4 ~ 810 g / PVV-5a ~ 740 g
1 - guaranteed destruction of 90% of growth targets
2 - guaranteed destruction of 50% of growth targets
3 - ready-made striking element
4 - explosive

Principle of operation:

Configuration:

1 - Warhead.
2 - Cover of the chamber for the VR.
3 - EDP retainer.
4 - Punch.

Frequently asked questions:

What is the recommended approach angle to the target?

This product is designed to be used at any angle of incidence.
However, maximum effectiveness is achieved at an angle of incidence of approximately 45°.

Can this warhead be used as a reset?

This product is designed to inflict maximum damage when used with a kamikaze drone.
Its use as a reset is not recommended by the manufacturer.

How to properly attach the product to the drone?

To ensure maximum effectiveness, the attachment must be used only as specified in the instructions.

Important!
If the attachment is made in a different way (for example, with the handle turned upside down), the effectiveness of the attack may decrease by up to 30%

Contacts

    For security reasons, we have restricted public access to the address and precise geolocation.

    Shock Wave Dynamics
    Warheads for FPV drones
    Developed and tested in Ukraine