Lahoux Horus

The Lahoux Horus is a thermal viewer that successfully combines all the necessary requirements of a hunter, it is suitable for the hunter who is interested in the latest innovations, as well as for the hunter who wants simple and intuitive operation. State-of-the-art and highest production standards make the Horus a reliable tool for nature observation and everyday hunting. A precise focusing mechanism allows detailed image reproduction.

The Lahoux Horus is equipped with the innovative 12 micron pixel pitch technology, which makes the thermal imaging camera more compact, provides a sharper image and allows enlargements of the primary optics up to 10x without compromising on quality. This makes it possible to approach wildlife at greater distances. The intelligent and efficient electronics ensure a battery life of 12 hours. The battery can be placed both ways in the battery compartment, so that a quick and error-free battery change is possible in the dark. The Lahoux Horus is simple and intuitive in its operation, you cannot accidentally end up in the wrong mode with the Lahoux Horus, with all its consequences. For example the digital three-fold magnification automatically returns to the starting position.

Advantages

• The first multi-purpose thermal imaging device with 12 micron technology
• Optimized for use with primary optics magnification of 6x and up
• Economical electronics for a long battery life of 12 hours
• Easy to use
• Compact and lightweight
• Unique Lahoux design

*Warning

Please note the legal regulations in your respective federal state or country.

Included Accessories

Pouch	Chargers + USB Cable	18650 Battery	Lens tissue
Reduction ring	Manual

Optional Accessories

Magnification Monocular

Technical Specifications

Click here to download the brochure

DRI Values

Calculated according to the Johnson Criteria for a man sized target with a critical dimension of 1,8 x 0,5 meter. Detection, Recognition and Identification are defined for an image of respectively 1.5, 6 and 12 pixels on the image sensor.