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had accounted for 5 t. An increase in the<br />

powerplant’s emergency rating had boosted<br />

flight safety when <strong>flying</strong> with one engine<br />

down. A technical and economic analysis had<br />

proven that the Mi-38 would be far superior<br />

to the Mi-8 by 1.8 times in payload weight,<br />

by 2 times in performance capacity and by 1.7<br />

times in fuel efficiency. Civil aviation leaders<br />

approved the draft design, and the Kazan<br />

Helicopters began to gear up for productionising<br />

the Mi-38.<br />

Together with foreign partners<br />

The Mi-38 transport/passenger helicopter<br />

was designed to carry passengers and cargo,<br />

cargo handling, civil and erection works, search<br />

and rescue <strong>operations</strong>, forest engineering, geologic<br />

exploration, ambulance services, medical<br />

evacuation and operation as a VIP wagon.<br />

From the outset, the aircraft was designed for<br />

operation under various weather and climatic<br />

conditions. It is also important that the Mi-38<br />

became essentially the first Russian helicopter,<br />

whose designing provided from the outset, its<br />

certification in line with the Russian and foreign<br />

air worthiness standards.<br />

However, the collapse of the Soviet Union<br />

disrupted the existing industrial links. Many<br />

of the Mi-38 programme participants found<br />

themselves in different former Soviet states<br />

or switched to different products. At the<br />

same time, Russian helicopter makers found<br />

new opportunities to cooperate with foreign<br />

partners. Major European helicopter maker<br />

Eurocopter took interest in cooperation with<br />

the Mil Moscow Helicopter Plant, with the<br />

Mi-38 out of all of Mil’s development programmes<br />

attracting its attention. The <strong>two</strong><br />

companies made a preliminary agreement<br />

Kazan Helicopters<br />

Yevgeny Yerokhin<br />

on cooperation in December 1992 and set up<br />

their Euromil joint venture in 1994 including<br />

the Mil Moscow Helicopter Plant, Kazan<br />

Helicopters, Klimov plant and Eurocopter<br />

company.<br />

Under the work sharing agreement between<br />

the partners, the Mil Moscow Helicopter<br />

Plant was to design and test the advanced helicopter,<br />

the Kazan Helicopters was tasked with<br />

making <strong>prototypes</strong> and production machines<br />

and with their after-sales support and the<br />

Klimov plant was responsible for the development<br />

of the TV7-117V helicopter engine rated<br />

at 2,500 h.p. (3,750 at the emergency rating)<br />

and, a bit later, offered an even more sophisticated<br />

next-generation engine TVa-3000 rated<br />

at 2,800 h.p. Eurocopter undertook the development<br />

of the flight/navigation suite, flight<br />

control system and cockpit and cabin interiors.<br />

It also promised to facilitate the Mi-38’s<br />

international certification, promotion on the<br />

global market and after-sales support.<br />

The helicopter’s development by an international<br />

team was supported by the Russian<br />

government that included it into the Russian<br />

Civil Aircraft Development Programme for<br />

Mi-38 first <strong>flying</strong> prototype (OP-1)<br />

in its maiden flight, 22 December 2003…<br />

industry | programme<br />

the Period through 2015. However, the funding<br />

of the programme by the government<br />

proved to be scarce. The problem was further<br />

exacerbated by the crisis of the late ‘90s and<br />

a number of federal laws that limited the<br />

amount of foreign capital in the Russian<br />

aircraft industry and, hence, banned foreign<br />

partners from managing joint venture in that<br />

branch of economy.<br />

This led to the Klimov plant’s pullout from<br />

the Euromil joint venture due to Klimov’s dire<br />

financial situation. Then, Eurocopter followed<br />

suit, having been stripped of incentives to<br />

keep on participating in the programme. Only<br />

<strong>two</strong> companies, Mil and Kazan Helicopters,<br />

had stuck to the programme by 2003 when<br />

Kazan Helicopters completed the first Mi-38<br />

prototype (OP-1). After Klimov’s withdrawal<br />

from the programme, the Mi-38 project<br />

was tailored for use of Canadian PW127TS<br />

turboshaft engines with a takeoff power of<br />

2,500 h.p. (3,750 h.p. at the emergency rating).<br />

A <strong>two</strong>-engine set was provided to the<br />

Mi-38 developers by Pratt & Whitney Canada<br />

anticipating the future market success of the<br />

programme and subsequent lucrative orders.<br />

… and at MAKS 2007 airshow,<br />

August 2007<br />

www.take-off.ru take-off june 2011<br />

15

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