Description :
Underbelly Turreted Cannon System (UTCS) for 20mm Autocannon
The Underbelly Turreted Cannon System (UTCS) is a
state-of-the-art, lightweight, and compact solution designed for combat
helicopters. It integrates a highly versatile 20mm twin-barrel autocannon with
advanced precision and firepower capabilities, offering superior performance in
dynamic combat scenarios.
Key Features :
- Enhanced
Accuracy: The system boasts stabilization accuracy of <0.3 mRad,
ensuring exceptional hit probability even during high-speed manoeuvres.
- Precise
Targeting: A 19-bit rotary encoder ensures precise weapon positioning,
offering unparalleled reliability in targeting.
- Wide
Coverage: With an elevation range of -14.5° to 47° and a traverse range of
±105°, the turret provides extensive field coverage for enhanced
situational engagement.
Performance Highlights :
- High
Rate of Fire: The synchronized twin-barrel autocannon achieves a firing
rate of up to 2600 rounds per minute, ensuring sustained firepower and
minimal exposure time.
- Variable
Rate of Fire: An electronically controlled firing system allows for
adjustable rates as low as 780 rounds per minute, optimizing ammunition
usage for diverse mission requirements.
- Automatic
Misfire Handling: In the event of a misfire, the system incorporates
automatic recocking up to three times using pyro cartridges, ensuring
operational continuity.
Aircraft Compatibility :
- Lightweight
and Compact: Weighing under 225 kg, the UTCS offers dimensions comparable
to existing single-barrel 20mm solutions, making it an ideal upgrade
option without compromising aircraft design or performance.
- Ammunition
Compatibility: Fully compatible with standard 20x102mm ammunition,
simplifying logistics and integration.
The UTCS delivers a powerful combination of precision,
adaptability, and firepower, making it the ultimate choice for modern combat
helicopters. Designed with combat effectiveness and operational efficiency in
mind, this turret ensures unmatched performance in challenging combat
environments.

