About
A series of Thermal Weapon Sights wholly designed and developed by HFCL is a game-changing solution in modern military applications. HFCL’s Thermal Weapon Sight can be mounted on a diverse range of small arms like Rifles, LMG, MMG, Sniper Rifles, and Rocket Launchers etc. available with Defence & Security Forces. The product supports customized Ballistic Drop Compensation reticle to suit precise long range firing along with digital zeroing feature. The product is compliant to MIL STD 810 & JSS 55555 / 5855.
Features
Benefits
Visibility
Penetrates darkness, haze, and smoke
Thermal Imaging
Switchable polarity from a white hot to a black hot image
Eye Clearance
Suitable eye clearance as per weapon
Digital Zeroing
Able to zero in both azimuth and elevation
Key Specifications
Applications
- Assault rifles
- Light machine gun
- Medium machine gun
- AK 47
- Sniper rifles
- Rocket launcher
- Automatic grenade launcher
Variants
FAQs
The range of a thermal weapon sight varies based on its design and specifications. Modern thermal sights can detect heat signatures at distances ranging from a few hundred meters to several kilometers, depending on factors like the sensor’s sensitivity and the size of the target. They are crucial for enhancing visibility and targeting in low-light conditions.
Thermal weapon sights and night vision serve different purposes. Thermal sights detect heat signatures, providing visibility in total darkness and through obstacles. Night vision amplifier existing light, offering better recognition of details in low-light conditions. The choice depends on the specific requirements of the mission. Some applications benefit from both technologies used together for comprehensive situational awareness.
Thermal weapon sights are used for surveillance, target acquisition, and engagement in low-visibility or night conditions. They help defence personnel detect and identify heat-emitting targets accurately, enhancing operational effectiveness in tactical, border security, and counter-infiltration missions.

