Su-57 multi-role fighter

A leading russian enterprise specializing in the development and production of high-tech glass products for aviation, space and special equipment. The institute develops structural optics, including high-strength portholes for spacecraft, glazing for aircraft and helicopter cockpits, and special-purpose safety glass. The company is part of the chemical industry holding of the Rostec State Corporation, whose parent organization is A.G. Romashin ONPP Technology JSC.
As part of the cooperation on the production of Su-57 multi-role fighters, it participated in the development of the design of multifunctional silicate cockpit glazing.

The company is the sole successor to the Moscow Scientific Research Television Institute, one of russia's television industry enterprises specialising in the development and manufacture of television equipment.
As part of its cooperation in the production of Kh-59M2/M2A guided missiles, it manufactures and supplies T1A-02 (television head in the missile) and T1B-02 (system in the APK-9M2 suspension container of the carrier aircraft) equipment to SmAZ JSC. For the production of T1A-02 equipment, it also uses old 1AI-586A waveguides removed from D9M and D9M-01 products due to difficulties in manufacturing new ones. In addition, the company tests RO-1 and RO-2 products manufactured by ROMZ PJSC, which are part of the T1A-02 equipment, at its production facilities.
As part of a cooperation on the production of Su-57 multi-role fighters, commissioned by UAC PJSC the Institute carried out research and development work on the topic "Development of a converter for analog TB (TPV) signals from the ASP with TB (TPV) GSN into the Fibre Channel (ARINC 818-1) digital format for the T-50 platform," code-named "ADC-TS."

A russian company engaged in the development and production of systems in the field of information technology and computing, in particular, the development and production of systems for the management of weapons systems, research and development (R&D), information technology and control systems.
Within the framework of cooperation on the production of 9M723 Iskander-M ballistic missiles it produces and supplies modules MKR TECA.467415.001 and payload modules TECA.468354.014 for the Baget-83V.
The company supplies components to NPP Polet JSC as part of a government defense contract for the production of Su-57 multi-role fighters.
As part of the cooperation on the production of the 72V6 combat vehicle of the Pantsir-S1 air defence system (and its variants) the company supplies the EVM TECA.469536.057-06 modules and the 72V6.10.00.000 commander’s and operator’s consoles.

The company is a developer and manufacturer of process control devices, gas equipment, pressure sensors, and a system integrator in the market of automation of energy distribution and metering technologies.
As part of the cooperation for the production of Kh-101 missiles, the company supplies temperature sensors for turbojet engines TRDD-50A, pressure transmitters 4SM-20, which are part of the turbopump unit, absolute pressure sensors DAP-3.5 software, which are part of the optoelectronic guidance system Otblesk-U.
As part of its cooperation in the production of Kh-59M2/Kh-59M2A guided missiles, it supplies temperature sensors for TRDD-50AT turbojet engines.
As part of its cooperation in the production of 9M723 Iskander-M ballistic missiles it manufactures and supplies 2S pressure sensors, which are part of the sphere-balloon orientation and stabilisation system.
As part of the cooperation on the production of the 9M727 cruise missile from the Iskander-K missile complex it supplies DAP-3.5 PZ absolute pressure sensors, which are part of the OESN Otblesk-U optical-electronic guidance system.
As part of a cooperation on the production of Su-34 fighter-bombers the company supplies MST-30A, MST-4K, MST-6.5A, MSTV-2.2A, and MST-15A pressure gauges, MSTV-0.8A, and MSTV-0.3 pressure transmitters, NTM-400, NTM-240, MNK-24, and MNK-240 pressure gauges, DAT-400 pressure sensors, DOSM-2S feedback sensors, DDK-1 oxygen pressure sensors, SPT-0.35, SPT-0.15A, SPT-0.2, SPT-0.4A, and SPT-0.8AT fuel pressure differential alarms, compact cylindrical plug connectors ShPLM, and D57-1 dampers.
As part of the cooperation on the production of the Su-57 multi-role fighter, the company supplies:
- NTM-240 and NTM-400 pressure gauges for the fuel system;
- SPT-0.1 pressure transmitters for the manufacture of the Sh-121 (to GRPZ JSC);
- SDDM and SZF sensors for GP25-4 drive generators (to AK Rubin PJSC).

russian aircraft manufacturing company, a branch of UAC.Manufacturer of aviation and space equipment.
It specializes in serial production, repair, modernization by installing radar reconnaissance containers and supplying for the russian ministry of defence Su-34 aircraft, production S-70 Okhotnik unmanned aerial vehicles.
It is a part of the United Aircraft Corporation of the russian state corporation Rostec.
As part of the cooperation on the production of Su-57 multi-role fighters, the company manufactures PTB-2000 and PTB-3400 external fuel tanks, VTB-M and VTB-B internal fuel tanks (for internal weapon bays), and adapter kits.

One of russia's largest enterprises producing semi-finished aluminum products. The plant produces a wide range of sheet-rolling, pressing and forging and stamping products.
The plant supplies UAC PJSC with semi-finished products and profiles made of aluminum alloys (D19h profiles, D16h sheets, D19h sheets, B95h sheets, AK4-1T1 pipes, etc.) as part of the fulfillment of government defense contracts for the production of Su-34 fighter-bombers and Su-57 multi-role fighters.

It is a developer and manufacturer of Sukhoi aircraft. Starting from 01.06.2022, Sukhoi Company and MiG Corporation merged with UAC and became its separate divisions. At present, the Sukhoi Design Bureau provides support for the implementation of contracts for the production of components and products for Sukhoi aircraft with companies that are members of the relevant cooperations.
It is the developer of the Su-57 multi-role fighter, specifically conducting static tests of the airframe, ground testing of the main onboard systems, development of the "IUS-57" information and control system, testing of hydraulic, electrical, fuel, and other systems, testing of weapon systems, the design of the multifunctional silicate cockpit glazing, and more.