Two full-scale experiments by the Almaz-Antey defense company aimed at recreating the MH17 crash conclude the missile that downed the flight was an old BUK model fired from a Ukraine-controlled area, contesting the preliminary theory by Dutch investigators.
Two detonations of Buk missiles near aluminum panels and the cockpits of decommissioned Ilyushin Il-86 passenger airliners in July and October have produced what the company calls conclusive results.
In the course of the international investigation, “the company was provided with three T-shaped strike elements, which looked like 9M38M1 [model] strike elements, which caused specialists to make their conclusion on the missile type in June,”said Almaz Antey’s CEO.
Late in July the first full-scale experiment was conducted. Then a BUK 9M38M1 missile and aluminum panels were used.
“In the course of the experiment it became absolutely evident that if the Malaysian Boeing was downed by a BUK missile, it was done with an old BUK model which does not have double-T iron strike elements,” CEO Yan Novikov told a media conference in Moscow.
The outcome of the experiment was sent over to the Dutch investigators, however, “according to what we know was not taken into consideration,” Novikov said.
The company also said that the last missile of this type was produced in the Soviet Union in 1986, that its life span is 25 years including all prolongations, and that all missiles of this type were decommissioned from the Russian Army in 2011.
According to Almaz-Antey experts, the Dutch side does not explain why the investigation insists that the possible launch of the surface-to-air missile was executed from the settlement of Snezhnoye, controlled by rebel forces.
A missile launched from Snezhnoye could not have inflicted damage to Boeing’s left side and not a single element would have hit the aircraft’s left wing and engine, insist the Almaz-Antey experts.
Analysis of the photos of MH17 debris led the company’s experts to believe that the blast of the warhead damaged not only the cockpit of the Boeing 777 that crashed in Ukraine, but also the left wing and stabilizer.
The detonation of the missile occurred at a distance of more than 20 meters from the left-wing engine and most of the strike elements were moving along the fuselage of the aircraft.
The Almaz-Antey experts paid special attention to the fact that some of the damage registered on the MH17 debris was caused by disruption of the aircraft’s structural components and not by the striking elements of the missile.
The experts of Almaz-Antey also said that Ukraine possesses 9M38 missiles, but fell short of accusing either the Kiev authorities or the rebels in the east of Ukraine of causing the catastrophe.
The Almaz-Antey specialists have not excluded other possible causes of the MH17 tragedy.
The preliminary theory of the Dutch Safety Board report investigating technical details of the MH17 air crash was presented on June 1 and since then the participants in the investigation, namely Australia, Malaysia, the Netherlands, Russia, the USA, UK and Ukraine have been allowed to deliver their amendments. Russian authorities have repeatedly called attention to the fact that the investigation team rejects evidence presented by Russian entities such as Almaz-Antey, which are not likely to be presented in the final version expected to be delivered on Tuesday, October 13.
A Malaysia Airlines Boeing-777 flight MH17 passenger aircraft left from Amsterdam to the Malaysian capital of Kuala Lumpur on July 17, 2014. The airliner was shot down and fell to Earth over the Donetsk Region in eastern Ukraine. All 298 people, 283 passengers and 15 crew, on board were killed. There were 80 children among the passengers. Most, 193 people, were Dutch nationals; altogether the airliner was carrying citizens from 10 countries.