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📝 Thermal Imager INFIRAY (iRay) xMini MH25W iRay xMini 25W MH25W: Breakthrough in Thermal Imaging Technologies
Thermal Imager INFIRAY (iRay) xMini MH25W is a compact professional-grade thermal monocular designed for observation, target detection, and target designation in low-visibility conditions. The device is built on a 640×512 VOx sensor with a 12 µm pixel pitch, providing confident detail and stable contrast even in challenging weather and low thermal contrast environments. The 25 mm objective lens delivers a balanced field of view for close and medium-range tasks, while the 1024×768 OLED display ensures a clear and responsive image without noticeable lag.
Thermal Imager INFIRAY (iRay) xMini MH25W is optimized for mobile operations: minimal dimensions, low weight, and intuitive operation. The presence of a laser pointer (LPI) and an intelligent stadiametric rangefinder helps operators work faster with landmarks and more accurately estimate the distance to targets. Wi-Fi support simplifies data transfer and interaction with mobile applications in field conditions.
🫡 We are a team of veterans
We use thermal monoculars in real combat and reconnaissance environments, so we evaluate them based on practical criteria: sensor stability, image readability, control response speed, and convenience during movement. For mobile tasks, it is critical that the device does not overload equipment and allows quick sector scanning without lengthy adjustments.
Thermal Imager INFIRAY (iRay) xMini MH25W is a compact solution with a full 640×512 sensor that performs well for night operations and observation at close and medium ranges. The laser pointer and intelligent rangefinder provide additional practical value when it is necessary to quickly mark a direction or more precisely estimate the distance to a target.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Device type | Monocular |
| Sensor | 640×512 VOx |
| Pixel size | 12 µm |
| Sensitivity (NETD) | <30 mK |
| Frame rate | 50 Hz |
| Detection range | up to 1300 m |
| Objective lens diameter | 25 mm |
| Magnification | 1× – 4× |
| Rangefinder | Intelligent stadiametric |
| Display | OLED 1024×768 |
| Features | Laser pointer (LPI), intelligent rangefinder |
| Wi-Fi | Yes |
| Power supply | CR123 / 16650 |
| Operating time | up to 4.5 h |
| Protection class | IP66 |
| Dimensions | 128×70×45 mm |
| Weight | 340 g |
💬 Comment / comments
Thermal Imager INFIRAY (iRay) xMini MH25W belongs to the class of ultra-compact thermal devices where the main focus is mobility and rapid situational scanning. The 640×512 sensor with NETD <30 mK provides more confident detail compared to lower-resolution models, especially for small targets and complex terrain backgrounds. The 25 mm objective lens is a practical compromise: a sufficiently wide field of view for fast scanning and adequate “reach” for reliable work at medium distances.
A limitation to consider is the operating time of about 4.5 hours, so for extended missions it is advisable to plan spare batteries or an external power solution when applicable. IP66 protection ensures resistance to dust and heavy rain, but it is not intended for full submersion, so maintenance discipline for optics and connectors remains important in harsh conditions.
🎯 Suitable for
Military personnel, reconnaissance units, and observation operators who need an extremely compact 640×512 thermal device for rapid sector control, thermal target detection, and operation on the move at close and medium ranges.
Security and perimeter protection units performing patrol and territory monitoring in low-visibility environments, where mobility, quick situational awareness, and distance estimation are critical.
Search and rescue teams that require a lightweight thermal monocular for fast detection of people by thermal signature in darkness, fog, and precipitation.
Professional civilian users — hunters, instructors, and surveillance operators who value compact size, stable performance, high 640×512 detail, and practical features such as a laser pointer and intelligent rangefinder for field use.