India's Indigenously Designed 19-Seater Aircraft 'Saras MkII' Completes Design Phase

The Council of Scientific and Industrial Research-National Aerospace Laboratories (CSIR-NAL) has successfully completed the design of the Saras MkII, a 19-seater light transport aircraft, marking a significant step in India's pursuit of self-reliance in aviation.

The Saras MkII is an indigenous multi-purpose light transport aircraft intended for roles such as passenger transport, cargo, and medical evacuation. Its design completion was announced by the Ministry of Civil Aviation, with the minister calling it a 'milestone' in the aviation sector.

According to CSIR-NAL, the aircraft features a pressurized cabin, retractable landing gear, and advanced avionics. It is powered by two Honeywell TPE331-12B turboprop engines, offering improved performance over its predecessor, the Saras MkI.

The Saras MkII can cruise at a maximum speed of 475 km/h and has a range of 1,200 km. It is designed to operate from short runways, making it suitable for connecting smaller towns and remote areas. The aircraft meets global certification standards set by the Directorate General of Civil Aviation (DGCA) and is expected to boost regional connectivity under the government's UDAN scheme.

The design phase included rigorous wind tunnel testing, computational fluid dynamics analysis, and structural tests. CSIR-NAL has also developed detailed production drawings and plans for the aircraft's manufacture.

This achievement is part of India's broader effort to reduce dependency on foreign aircraft and enhance the indigenous aerospace ecosystem. The Saras project, initially started in the 1990s, faced delays and technical challenges but has now progressed to the design completion stage.

Next steps involve prototype fabrication, ground testing, and flight certification. CSIR-NAL aims to have the first flight of the Saras MkII within the next two years.

The minister highlighted that this indigenous aircraft demonstrates Indian capabilities in design, development, and manufacturing of complex aerospace systems. He also noted potential job creation and economic benefits from the program's full implementation.