|
Entered service |
1961 |
|
Crew |
2- 3 men |
|
Dimensions and weight |
|
Length |
25.24 m |
|
Main rotor diameter |
21.29
m |
|
Height |
5.65
m |
|
Weight (empty) |
7.1 t |
|
Weight (maximum take off) |
12 t |
|
Engines and performance |
|
Engines |
2 x Klimov TV2-117A turboshafts |
|
Engine power |
2 x 1 677 hp |
|
Maximum speed |
250 km/h |
|
Service ceiling |
4.5 km |
|
Combat radius |
350 km |
|
Payload |
|
Maximum payload |
4 t internal, 3 t external |
|
Typical load |
24 troops |
|
Armament |
|
Machine guns |
7.62-mm and 12.7-mm trainable machine guns |
|
Missiles |
9M17P Skorpion, 9M114 Shturm and 9M120 Vikhr
anti-tank missiles plus Igla-V air-to-air missiles |
|
Bombs |
250 kg bombs |
|
Other |
57-mm and 80-mm rockets |
|
The Mil Mi-8
(NATO Hip) is one of the most prolific utility helicopters ever
built with over 7 300 examples manufactured since 1961.
The combat
proven Mi-8 is rugged and dependable, and large numbers remain in
widespread use. The Mi-8 and improved Mi-17 variant continue to form
the backbone of the Russian army aviation's combat transport force;
they also serve with over 70 other air arms worldwide.
The most
widely built version for military customers is the Mi-8T Hip-C, the
standard utility transport. The Mi-8TB Hip-E armed derivative packs
a heavy punch with a trainable machine-gun, bombs, rockets and
anti-tank guided missiles.
To improve performance, the Mi-8 was re-engined with 1 874-shp TV3-117MT engines to produce the Mi-17 (NATO
designation Hip-H). This
variant was introduced in 1975. Export customers often use the civil
Mi-17 designation, but the CIS air forces use the Mi-8MT
designation. Hip-H helicopters in CIS service are often fitted with
extra cockpit armor, IR jammers and chaff/flare dispensers. The
same basic helicopter without armament is the Mi-8AMT.
The Mi-8/17
have given rise to a bewildering range of versions that fulfil a
wide variety of specialized roles. Dedicated combat support variants
include airborne reserve command post, electronic counter measures (with onboard jammers),
Communications intelligence and command relay. Other versions carry out delivery of fuel
to front-line units, photo-reconnaissance, artillery
fire-correction, reconnaissance, VIP transport, minelaying and
mineclearing. These specialized variants mostly serve with the
Russian forces, but are also found with other CIS operators
including Belarus and Ukraine.
Recent combat experience in Chechnya
has led to a development with a night attack capability. This is
equipped with an night vision goggles-compatible cockpit,
forward-looking infra-red and laser
rangefinder. Mil has also produced a shore-based Mi-8 derivative as
the
Mi-14 Haze for a variety of naval roles including anti-submarine
warfare, search and rescue and
mine countermeasures. The most significant current operator is the
A-VMF (Russian naval aviation).
Recently the
Mil Helicopter Plant designed the new Mi-38, which is a replacement
for Mi-8 and Mi-17 helicopters. It made it's maiden flight in 2003
and is currently in pre-production stage. The Mi-38 is marketed for
both military and civil applications.
|