Medium multipurpose Ka-62 helicopter incorporates the latest technologies and materials in aircraft building. It meets Russian and international flight standards (Russia’s AP-29, Europe’s CS-29 and JAR-OPS3), offshore operational requirements, international standards for reliability, resource use, flight safety, comfort, usability, service life and repair.

Mi-26T, the worlds best line production helicopter in terms of load capacity, is unrivaled in cost-performance parameters. This type helicopters are intensively used for all sorts of operations: transportation, evacuation, fire fighting etc. Mi-26T is capable of carrying up to 20 tons of cargo inside fuselage or on the external sling.

The multi-purpose light helicopter Ansat is built to a classic single-rotor design with a four blade main rotor and a two-blade tail rotor. The Ansat was developed in line with the latest AP-29 (FAR-29) Category A regulations, and meets high safety standards. The Ansat certified by the Interstate Aviation Committee’s Aviation Register (AR, IAC).

The Ka-32A11BC multirole helicopter is a recognised leader in its class. The helicopter is designed for special search and rescue operations, building tall structures, transporting cargo internally and on an external sling, logging, medevac and complex fire-fighting missions, as well as on patrol and to support during law enforcement operations.

Designed by Mil Moscow Helicopter Plant, the Mi-8/17 series the most successful in the history of Russias helicopter industry. Mi-8/17 series helicopters have won respect and admiration from helicopter operators around the world thanks to their advanced flight capabilities, high level of reliability and adaptability, ability to operate in a wide range of climatic conditions (from -50 to +50 degrees Celsius) and ease of operation and maintenance.

The multirole Mi-38 can carry cargo and passengers, including VIPs, and can also be used as a search-and-rescue helicopter and flying hospital, as well as for offshore missions.

Digital microscope is designed to control the quality of the surface, the installation of radio automation, visualization of small objects and structures in their study.

The rifled diffraction grating on convex surfaces provides spatial spectral filtering of radiation and is used in orbital hyperspectrometers constructed according to the Offner scheme.