BelOMO Military Marine AVIMO License British Army 7x42 Prism Binoculars

BelOMO factory:

BelOMO is a universal Association with substantial scientific and technical potential which is engaged in the field of development and production of high-precision laser, optoelectronic and optical and mechanical devices, instruments, units and systems for ground troops, space, marine services, industries, medicine, tourism, aerospace photographic equipment etc.

The prism binocular 7x42 is the device of wide application including solution of various combat tasks. Thanks to its technical specifications and ergonomics it is a reliable and suitable device for observation of remote objects with possibility of measuring their approximate angular dimensions. The handy rubberized case enables to safely hold the binocular and protects against shocks. The binoculars was designed for special Russian Marine Forces (analogue of US Navy SEALs operational group) and therefore, is very durable. Shock and dust proof, it can be dropped from about 3 m height and works after immersing into up to 2 m depth water. The binoculars is developed with regards to special tightness requirements which enables to use this binoculars under conditions of increased humidity. The housing is filled with dry nitrogen for prevention of condensation of the optical surfaces during sudden temperature drop. This binocular is based on the licensed legendary UK-made Avimo military unit and design sustained different climatic conditions from rough Antarctic polar snow storms and freeze to desert dusty storms and sizzling heat.

• Shock and dust proof. Can be dropped from 3 m height. Works after immersing into up to 2 m depth water. Operating temperature range, C from - 50 to + 70
• Rubberized casing allows to securely hold binoculars in hand even in the rainiest and the most wet weather conditions, as well protects the unit against the impacts. binocular sustained different climatic conditions from rough Antarctic polar snow storms and freeze to desert dusty storms and sizzling heat.
• The housing is filled with dry nitrogen for prevention of condensation of the optical surfaces during sudden temperature drop.
• Angular size scale with possibility of measuring approximate angular dimensions of the remote objects.

Specifications