| SR-10 | |
|---|---|
 | |
| First prototype of SR-10 during the flight | |
| Role | Training aircraft |
| National origin | Russia |
| Manufacturer | KB SAT, Aviaaggregat, Smolensk SmAZ, KTRV |
| Designer | KB SAT [1] |
| First flight | 25 December 2015 |
| Number built | 1 |
The KB SAT SR-10 is a prototype Russian single-engine jet trainer aircraft, fitted with forward-swept wings. It first flew in 2015 and is being offered to the Russian Air Force and for export.
The Russian design bureau KB SAT [1] (Sovremyenne Aviatsyonne Tekhnologii – Modern Aircraft Technologies) began work on a single-engine jet trainer and sport aircraft, the SR-10, in 2007, displaying a mockup at the MAKS airshow at Zhukovsky in August 2009. The SR-10 is a mid-wing monoplane of all-composite construction, with a wing swept forward at an angle of 10 degrees. The crew of two sit in a tandem cockpit. It is powered by a single turbofan, with an Ivchenko AI-25V AI25TSR (modification of AI25TL) fitted in the prototype, but more modern Russian engines, such as the NPO Saturn AL-55 were proposed for production aircraft. [2]
The SR-10 was offered to meet a 2014 requirement for a basic trainer for the Russian Air force, but was rejected in favour of the Yakovlev Yak-152, a piston-engined trainer. Despite this setback, KB SAT continued to develop the SR-10, proposing it as an intermediate trainer between the Yak-152 and the Yak-130 advanced jet trainer and for export. The first prototype SR-10 made its maiden flight on 25 December 2015. [2]
In July 2017, KB SAT announced that it had developed an unmanned variant of the aircraft named the AR-10 Argument. [3] [4]
In September 2018, according to media reports, the Russian government failed to allocate funds to start production of SR-10 for the Russian Air Force and as a result KB SAT suspended all work on the project. [5]
On September 19, 2020, SR-10 took part in the "Russian Aviation Race", held at the Oreshkovo airfield (Kaluga oblast) [6]
Data from Russia's New Jet Trainer [2]
General characteristics
Performance
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