XTRAIM© thermal weapon sight for land operations
XTRAIM© is a compact and lightweight weapon sight combining reflex sight and thermal imaging. It offers disembarked combatants the unrivalled ability to de-camouflage threats day and night.
XTRAIM© thermal weapon sight responds to a full range of needs, from dismounted soldiers, Speciales Forces and SWAT. It provides a decisive operational advantage in both asymmetric and conventional conflicts, in urban and open areas.
Designed to meet the challenges of high intensity combat, XTRAIM© is a combat proven solution sold in several major armies worldwide and has been in production since 2024.
Unmatched tactical superiority
Threats can be identified, engaged and neutralised more effectively both day and night.
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< 550 g
with batteries
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< 170 mm
length : ultra-compact
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Replaces 2 devices
red-dot sight + IR clip-on
XTRAIM© day/night weapon sight is both the disembarked combatants and Special Forces’ ally of choice. XTRAIM© has convinced several armies and has proven itself on the battlefield.
Compact and lightweight, XTRAIM© combines a reflex red-dot sight with thermal imaging technology. Its unmatched ability to uncover threats during the day and at night, could only previously be achieved with the use of several separate pieces of equipment. XTRAIM© is compatible with all 5.56 mm and 7.62 mm calibers, such as assault rifles (HK416, HK417, ACAR) and light machine guns (Minimi).
It can remain on the weapon at all times and be used with Night Vision Goggles during night missions, providing an I²/IR fusion capability.
© Ludovic Borde – Blue Production ©Thales
XTRAIM© offers its users the tactical superiority necessary in order to complete complex missions, both day and night, in challenging, fast-changing environments.
The sight’s built-in infra-red (IR) detector can be switched on with the push of a button, allowing the quick neutralisation of targets in darkness, whilst keeping both eyes open. Thereby offering soldiers a crucial advantage when entering dark spaces during the day.
© Alexandre LXM - Thales