Detailed Product Description

GLISSADA  meant for evaluation, integrated processing and output of navigation and satellite data to combat vehicles, main battle tanks, infantry fighting vehicles of the Armed Forces, the Ministry of Interior Affairs, the frontier services of the Federal Security Service FSB in terms of jamming and closed area.

Equipment of transport, military and special vehicles with BINS GLISSADA make it possible to provide noise-immunity, jam-protection, received navigation and coordination data accuracy.

INS GLISSADA-A0 and satellite facilities integration is optimal for advantages implementation and drawbacks exception.

There are different variants of INS application: high-precision weapon, handle air bombs, pilotless vehicles, mobile robotics facilities, optomechanical systems of helicopter gunship and moving craft sighting (tracking) and aiming; also it may be used in armored and transport vehicles tanks, anti-aircraft defense and so on.

The strapdown unit (the inertial gage unit) is used in GLISSADA as inertial system. This unit was developed and produced and based on the light silicon accelerometers and Russian fiber-optic cable. The technology made it possible to keep high level of jam-protection and to create the system of  unique combination of weight, cost and precision characteristics. INS GLISSADA has low price and high characteristics for medium-accuracy autonomous coordinate position.

New! BESPROVODKA.ru resents the new product inertial navigation system GLISSADA made on the basis of Micro-Electro-Mechanical Systems (MEMS) with 24-channel GLONASS/GPS Receiver. GLISSADA intend for position determination, angle orientation, navigation characteristics of transport and military vehicles, personnel in terms of jamming and closed area. Dimension: 90 mm x 70 mm x 55 mm; weight: 0,3 kg.

The device doesn't have analog in the world. The most popular version is portable with GLONASS-receiver. MEMS-technology allows to increase the reliability because of integrated components set in one card and help to raise the efficiency because of spending little energy as a result of microscopic dimension and close element placement.span>