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Aeronautical Development Establishment
DRDO Laboratory From Wikipedia, the free encyclopedia
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Aeronautical Development Establishment is a laboratory of India's Defence Research and Development Organisation. Located in Bangalore, its primary function is research and development in the field of military aviation.[2]
Recent[when?] successful projects include Lakshya (an aerial target), Nishant (a reconnaissance unmanned aerial vehicle), Ghatak, Nirbhay (a subsonic cruise missile), flight simulators (for LCA, Ajit, Kiran, and Mig-21) and avionics packages for Tejas-LCA (display and FCC). It earlier worked on Sparrow (mini-uav) and Ulka (aerial target).
Shri Y Dilip, Outstanding Scientist is Director of Aeronautical Development Establishment since 1 January 2022.
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History
Aeronautical Development Establishment (ADE) was established in January 1959 at High Grounds, Bangalore.[3]
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Technology divisions
- Aerodynamics Division [5]
- Aircraft Structures Design Centre
- Propulsion Systems Division
- Flight Control Computer Division
- Flight Simulation Division
- Flight Control Test Systems
- Flight Test Telecommand and Tracking Division
- Flight Mechanics and Control Engineering
- Software Engineering Division - LCA
- Software Engineering Division -UAV
- Mission Sensors Technology Division
- Avionics Systems Division
- Assembly and Integration Centre for UAVs
- Aerial Image Exploitation Laboratory
- Composite Technology Centre
- Quality & Airworthiness
- Combat Aircraft Systems - TEJAS
- Flight Simulation
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Products

Digital Fly by Wire Flight Control Computer
The Digital Fly by Wire Flight Control Computer (DFCC) was designed and developed for the Tejas Mark 1A programme. Complying with DO-178C level-A safety criteria for on-board software, it has a quadraplex PowerPC-based CPU, a high-speed autonomous state machine-based I/O controller, and increased computational throughput. The first flight of the DFCC, which was installed into Tejas LSP-7 aircraft, took place on February 19, 2024. The performance of the flight controls and all important parameters were deemed adequate. The Tejas Mk1A uses DFCC Mk1A variant for high performance flight control operations.[6][7][8]
References
External links
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