Su-35 - the Russian multipurpose supermaneuverability generation fighter 4++, without PGO, with engines with thrust vector control (UVT). Developed by the Sukhoi Design Bureau. The modification is referred to as the Su-35s for videoconferencing Russia. Earlier international air under the symbol "Su-35" was exhibited aircraft Su-27M.
Su-35S – video
"Generation 4 ++" is arbitrary, and merely indicates, that combined the characteristics of a fighter come closer to those of the fifth generation fighter. Except technology of low visibility and AFAR, it meets most of the requirements, requirements to aircrafts 5th generation.
Su-35 is deep modernization T-10C platform (Initially the program of deep modernization of the Su-27 aircraft was called "Su-35BM" - big upgrade). AT 2006 was started the production of the Su-35 pilot batch. Start of flight testing the first sample of the new party was scheduled for mid 2007 of the year, but the timing of the beginning of the flight tests have been moved to the beginning 2008 of the year.
The assembly of the first prototype of the aircraft Su-35 (b / n 901) It was completed in the summer 2007 year "KnAAPO them. YU. A. Gagarin ", then the car was presented at the MAKS-2007 on static display.
The first flight of an experienced multi-purpose fighter Su-35 with engines of JSC "NPO Saturn" AL-held 41F1S 19 February 2008 at Gromov Flight Research Institute. The plane was piloted by honored test pilot Sergei Bogdan.
20 February 2008 , the aircraft was presented to the President of the Russian Federation in. AT. Putin and First Deputy Prime Minister in. AND. Zubkov during their visit to the city of Zhukovsky. 7 July 2008 , the Su-35 successfully completed its first demonstration flight in Zhukovsky. 2 October 2008 year from the airfield of Komsomolsk-on-Amur Aircraft Production Association. YU. A. Gagarin (KnAAPO) flew second flight pattern, commits 20 flights.
As part opened 18 August 2009 year in Zhukovsky near Moscow Aviation and Space Salon MAKS-2009 concluded the largest in Russia over the past decade, the transaction for the purchase of combat aircraft. Agreement provides for the delivery 48 advanced multi-role fighters Su-35C c 2012 by 2015 inclusive. Such a contract is planned to conclude in the years 2015-2020.
In July 2010 the Company "Sukhoi" declared Su-35 completion of preliminary testing, the full handshaking characteristics of complex avionics and super maneuverability characteristics and readiness for passing state tests in the combat use in conjunction with the pilots of the Russian Air Force. 3 May 2011 the first production Su-35s took off.
Russian Air Force 2013 We were received 12 new Su-35S. About it 25 December, said Russian Air Force Commander Lt. Gen. Viktor Bondarev. Given the already set the party the total number of aircraft of this type in Russia fleet was 22 units. 12 February 2014 , the combat strength of the Russian Air Force added 12 the Su-35S, which were formally transferred to the Air Force in December 2013 of the year. The aircraft entered service 23rd Fighter Aviation Regiment (airfield Dzemgi, Khabarovsk region) from the third command of the Air Force and Air Defense of Russia. Solemn ceremony of handing over 12 Su-35s was held on Wednesday at the Komsomolsk-on-Amur aircraft plant them. YU. A. Gagarin, which they were produced aircraft.
During the exercise, BBO Primorsky Krai 8-11 April 2015 , the pilots of the Su-35 were produced launches air-to-air missiles. 9 May 2015 4 Su-35 TSB Primorsky Krai took part in the parade held in Moscow, dedicated to 70th anniversary of Victory in Great Patriotic War. 16 July 2015 "Sukhoi" handed 2 Su-35 Ministry of Defense. 4 Su-35 were transferred FSI Russia. For two cars 27 of October and 2 November 2015 (red board numbers “03”, “04”, “05” and “06”). On 10.02.2016 fabricated 46 fighters, of them 6 take part in the tests in 929 State flight-test center in Akhtubinsk, 6 are situated in 4 National Center for training of aviation personnel and military trials in Lipetsk, 23 in service with the 23rd Fighter Aviation Regiment (Dzyomgi, of them 4 in Syria) and further 11 transferred to 22-th IAP (Central Corner).
Features of Su-35S
The Su-35 is a deep modernization of the Su-27. It has largely reinforced the new Glider; in contrast to the "old" Su-27M, It has no canards and brake flap. Braking during landing carried rudder deflection in different directions.
Su-35C has advanced information and control system, radar with a passive phased-array "N035 Irbis", as well as the new engines of the AL-41F1S development NPO "Saturn" with a plasma ignition system and thrust vector control (UVT). These engines meet the requirements of the engine for the fifth-generation fighter, including possible to develop a supersonic speed without afterburner, but use the old cathode-mechanical control system. According to the CB "Dry", assigned resource Su-35 - 6000 flying hours or 30 years. The declared purpose motor life - 4000 hours.
Design
Glider Su-35 has a conductive plating canopies, glider edges are covered with special materials to reduce ESR.
engines
The Su-35 is equipped with two turbojet engine "AL-41F1S" with afterburner and all-aspect thrust vector control. In order to increase the number of angles of deviation of the engine thrust and creating pseudo-vserakursny deflectable pivot axis inclined nozzles, as can be seen in the photograph (wherein the nozzles are deflected downwards-inwards and upwards-outwards). These engines are "simplified" engine "AL-41F1" one for the fifth generation fighter. From it AL-41F1S distinguishes reduced afterburner and dry power and use electro-mechanical control system. Afterburner thrust of each engine is AL-41F1S 14500 kgf, in besforsazhny mode, the maximum thrust is 8800 kgf. Engines allow the fighter to develop a supersonic speed without afterburner. Resource 4000 hours, turnaround 1000 hours.
VGTD TA14-130-35 - modern auxiliary gas turbine engine with equivalent power 105 kW. The engine is designed for use in the APU aircraft Su-35. It provides conditioning and cabin aircraft compartments and power supply AC 200/115 At power up 30 kVA onboard consumers.
Avionics
Su-35 is the passive radar phased array N035 Irbis, having a detection range with an ESR 3 m² to 400 km. In addition to the radar uses opto-locating station and OEIS.
The aircraft is equipped with electronic warfare, as well as the stations can be equipped with electronic protection group.
The cockpit is equipped 3 displays capable of operating in multi-screen display and a holographic windshield.
The aircraft is equipped with a warning system irradiated L-150-35 (A-150 variant of execution (SPO)).
Supply and export
AT 2009 "Dry" has concluded an agreement with the Ministry of Defense for the supply of 48 Su-35S, Delivery time - the end 2015 year in the Russian Air Force should proceed 48 of fighters.
December 2015 It was signed a second contract for the supply of 50 units to 2020 at FSI Russian.
Planned delivery of the Su-35 in Indonesia. In November 2015 the Indonesian government has approved the purchase 12 Su-35 multi-role fighters.
AT 2015 signed a contract for the supply of 24 multifunctional Su-35 fighters to China. AT 2016 it is planned to transfer the first 4 cars.
The performance characteristics of the Su-35S
– First flight: 19 February 2008 of the year
– Getting Started: 12 February 2014 of the year
– units produced: 52 (on November 2016 city)
The cost of the Su-35S
– about 2 billion rubles
The crew of the Su-35S
– 1 human
The dimensions of the Su-35S
– Length: 21,9 m
– Wingspan: 14,75 m
– Height: 5,9 m
– wing area: 62,04 m²
– Sweep angle of the leading edge: 42°
– Wing loading at normal takeoff weight: 410 kg / m
– The load on the wing at the maximum takeoff weight: 611 kg / m
– Chassis: tricycle, a front pillar, retractable against flight
All the Su-35S
– empty weight: 19000 kg
– normal takeoff weight (2 x RVV-AE + 2 x F-73E): 25300 kg
– maximum takeoff weight: 34500 kg
– fuel mass: 11500 kg
Engine Su-35S
– "AL-41F1S" Turbofan with afterburner and thrust vector control (Turbofan with thrust vectoring)
– maximum thrust: 2 × 8800 kgf
– thrust in afterburner: 2 × 14500 kgf
– thrust vector deflection angles: ± 15 ° in the plane
– thrust vector deflection speed: 60 from
– engine weight: 1520 kg
– thrust-to-weight ratio (near the ground, at NU): during normal takeoff weight – 1,1; at maximum takeoff weight – 0,811
The rate of the Su-35S
– Maximum speed at ground: 1400 kmh
– Maximum speed at height: 2500 kmh (M=2,35, at an altitude of more than 11 km)
– Maximum speed besforsazhny: 1,1 Maha
– Skoropodъemnost: 280 m / s
– The length of the run (full afterburner): 450 m
– path length (normal takeoff weight, brake parachute, using brakes): 650 m
Flight range Su-35S
– near the ground (height - 200 m, speed - M = 0,7): 1580 km
– on high: without PTB: 3600 km; from 2 PTB-2000: 4500 km
Practical ceiling Su-35S
– 20 000 m
Armament Su-35S
– cannon: 30 mm aircraft cannon GS-30-1 150 shells
– combat load: 8000 kg
– Nodes suspension arms: 12
air-to-air missiles:
– medium-range: 6 × P 27ЭR, P-27t; 10 × RVV-AE
– short-range: 6 × R-73
air-to-ground missiles:
– anti-ship missiles: 6 × X-31 or 2 × X-59M
– precision-guided munitions: 6 × X-29T; 6 × TO-500
– unguided munitions: 6 C-25 (THEIR); 6 C-8
Photo Su-35S
Cabin Su-35S
