India Builds Advanced Iron Bird Facility to Power AMCA Stealth Fighter Development

India’s Aeronautical Development Agency (ADA) is setting up an Advanced Iron Bird Test Facility to support the AMCA stealth fighter program. The new center will test flight systems and avionics and controls.

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India Iron Bird Facility: India’s Aeronautical Development Agency (ADA) is setting up a new Advanced Iron Bird Test Facility for the country’s most important aircraft project which is called the Advanced Medium Combat Aircraft (AMCA). This new site will play a key role in testing and improving India’s first fifth-generation stealth fighter. Officials say the modern setup will help engineers speed up work and make the development process faster than before.

India Iron Bird Facility: AMCA Testing

The Iron Bird Facility is like a full-size ground version of the AMCA jet. It lets engineers test every system that would normally work inside the aircraft such as flight controls, avionics, and hydraulic parts without flying it. The setup can create flight-like conditions so experts can see how the systems behave together. It will also allow hardware-in-the-loop (HIL) testing where the systems can be connected and tested in real time just like in the air.

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This kind of testing helps spot any problems early so that tge engineers can fix them before building real prototypes. It also saves a lot of time and money since not every issues too. The facility will focus on the Integrated Flight Control System (IFCS), which helps the plane fly smoothly and safely, and checks how the aircraft’s fly-by-wire system and avionics fusion work together.

AMCA Program Timeline

According to reports, the Advanced Iron Bird Test Facility will become fully ready in about 30 months. ADA wants to finish it quickly to keep the AMCA program on track. The plan is to roll out the first prototype around late 2026 or early 2027, take the first flight by 2028, and start production around 2035 reported Indian Masterminds.

Industry sources say ADA has already sent out a Request for Proposals (RFP) to start building the facility, showing that the project is now moving from planning to actual work. The testing setup will be a key part of the development phase, helping engineers understand how the systems will perform under pressure before the first flight.

Importance of this Facility in India

The AMCA is India’s flagship stealth fighter project and an important step toward self-reliance in defense. The new Iron Bird Facility will make sure that any issues with integration or software are found early, which will make future flight trials smoother and safer. Defense experts say this move puts India in the same group as the United States, China, and Russia countries that already have their own fifth-generation fighter jets.

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The ADA says the project also supports the government’s “Atmanirbhar Bharat” goal. Building and testing such complex systems inside India shows that the country can now handle advanced aerospace technology on its own. The Ministry of Defence and ADA are choosing partners from Indian companies to help with AMCA production, and they expect to finish this process by mid-2026. So far 7 Indian firms and consortia have sent in their bids.

The AMCA program already has approval for five prototypes. Work on the first prototype has started, and structural parts are being built after work orders were sent out earlier this year.

Testing Capabilities

The Iron Bird facility will host an array of advanced components and systems that mirror the AMCA’s actual configuration. These include:

  • Digital flight control computers: Manage the aircraft’s fly-by-wire systems.
  • Auxiliary computers: Handles secondary functions and mission-critical operations.
  • Mission management systems: Integrates sensor data, weapons control, and tactical information.
  • Hydraulic system simulators: These are equipped with variable speed electric motors to replicate actual aircraft hydraulic loads under different flight conditions.

The AMCA is designed as a medium-weight stealth fighter that can go deep into enemy areas. It will use composite materials and have hidden internal weapons bays. The jet will also carry modern sensors and systems that work together using advanced fusion technology. Air Chief Marshal A.P. Singh said he is confident about the AMCA’s timeline and pointed out that the aircraft will be very useful for “air superiority, ground strikes, and electronic warfare.”

The project has already completed the design and development stages and has now entered the prototype phase. India aims to finish certification by 2032 and start using the aircraft between 2034 and 2035. The Indian Air Force plans to buy around 120 AMCA jets, and a naval version for aircraft carriers is also being discussed.

This progress comes at a time when nearby countries are also getting advanced fighter jets. With a new engine partnership signed with France’s Safran under the “Horizon 2047” plan, India has solved one of the biggest technical challenges of the AMCA program.