MISSION 1. System design: Modular system design leading cost effective variants of passenger aircraft of different capacities. Objective should be to reduce acquisition cost by 25%, operation cost by 25%, maintenance cost by 50% and emission reduced by 70%.
2. Avionics: Design and development of integrated avionics with COTS technology and open system architecture.
3. Power Plant: Next generation modular power plant for varying thrust condition.
4. Structures: Composite airframe, NLF adoptive wing including structural health monitoring system. Self clean, De-icing and abrasive resistant coating system.
5. Control system: Fly by wire flight control system. Aim for all electric architecture.
6. Maintenance: Advanced maintenance systems using IVHM, SHM and faster trouble.
7. Integrated Health monitoring: Development of integrated monitoring system for all utility system over the entire fleet for enhancing reliability and reduce maintenance cost.
8. Simulator and flight testing: Development of state of the art simulator which will reduce the over all time required for training of the pilots and also reduce the number of hours of flight tests needed for certification for induction into operation.
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