Rafale Marine trials underway in Goa for INS Vikrant operations

The Goa trials are checking whether the Rafale Marine can operate effectively from India’s indigenous aircraft carrier, INS Vikrant. This matters because the aircraft was originally designed for carriers using catapults, while Vikrant uses a different launch method. The trials are therefore a practical test of carrier compatibility.

The Navy is validating modifications required for launch, recovery and operation from Vikrant. The aircraft must work with the carrier’s ski-jump ramp, arrestor wires and other onboard infrastructure. Its naval landing configuration and arrestor hook are especially important during recovery.

India has signed a contract for 26 Rafale Marine aircraft. Deliveries are expected by the end of 2028 or early 2029. Successful trials would establish the fighter’s suitability for Vikrant and support stronger carrier-based combat capabilities.

STOBAR means Short Take-Off But Arrested Recovery. On this type of carrier, an aircraft accelerates across the deck and leaves through a ski-jump ramp at the bow. The ramp helps direct the aircraft upward for take-off without using a catapult.

Recovery works differently. When the aircraft returns, it lands on the carrier deck and uses an arrestor hook to catch one of the deck’s arrestor wires. The wire rapidly stops the aircraft within the limited length of the flight deck. The aircraft’s naval landing configuration and arrestor hook support this process.

INS Vikrant uses the STOBAR system. The Rafale Marine trials in Goa are checking whether the aircraft can work with this ski-jump launch method, recovery equipment and other carrier infrastructure. This validation is necessary before regular operations begin.

INS Vikrant uses STOBAR, or Short Take-Off But Arrested Recovery. Aircraft accelerate along the deck, rise from a ski-jump ramp and later land by catching arrestor wires. This arrangement combines a ramp launch with wire-assisted recovery.

The Rafale M was originally designed for CATOBAR carriers. CATOBAR means Catapult Assisted Take-Off But Arrested Recovery. Such carriers use catapults to launch aircraft, but also use arrestor wires to stop them during landing. Therefore, the launch systems are different even though both systems use arrested recovery.

This difference creates an integration challenge. The Indian Navy’s Goa trials are validating the modifications needed for the Rafale M to launch from Vikrant’s ski-jump and operate with its recovery systems. They will also examine compatibility with other onboard infrastructure.

Before the Rafale M can operate from INS Vikrant, the Navy must validate modifications that suit the carrier’s STOBAR design. The central issue is whether the aircraft can launch from Vikrant’s ski-jump instead of a catapult. Its flight and carrier procedures must also match the ship’s operating environment.

Recovery is another key check. The Rafale M has a naval-specific landing configuration and an arrestor hook. Trials must confirm that these features work with Vikrant’s arrestor wires. The Navy is also checking compatibility with other onboard infrastructure needed for carrier operations.

The source does not identify each modification by name or provide a detailed engineering list. It states that the Goa trials are focused on validating the required adaptations and compatibility. India’s 26-aircraft contract and planned deliveries make this testing an important step toward operational use.

India has signed a contract for 26 Rafale Marine aircraft. This order will provide the Indian Navy with a carrier-based, twin-engine multirole fighter for operations from its aircraft carriers.

The delivery schedule is expected to run through the end of 2028 or into early 2029. Before those aircraft can be fully integrated with INS Vikrant, the Navy is conducting trials in Goa to validate the necessary adaptations.

The timing connects procurement with testing. The Rafale M was originally developed for CATOBAR carriers, while Vikrant uses STOBAR. The trials will help establish whether the aircraft can use Vikrant’s ski-jump launch system, arrestor-wire recovery equipment and other onboard infrastructure before the expected deliveries.

Successfully integrating the Rafale M would strengthen India’s carrier-based combat capability by adding a modern naval fighter to INS Vikrant. The aircraft is designed for air defence, air superiority, deep strikes, reconnaissance and anti-ship operations. This gives the carrier a broad range of combat roles.

The fighter carries advanced systems, including the RBE2 AESA radar, Front Sector Optronics sensor and SPECTRA electronic warfare suite. Sensor-data fusion gives pilots a consolidated picture of the tactical environment. Its weapons include Meteor and MICA missiles, SCALP cruise missiles, AM39 Exocet missiles and HAMMER weapons.

The Goa trials are essential because Vikrant uses STOBAR, while the Rafale M was designed for CATOBAR carriers. If compatibility is validated, the 26-aircraft contract could provide Vikrant with a flexible carrier-based combat aircraft.

Aircraft carriers need specialized launch and recovery systems because aircraft must operate from a limited flight deck at sea. A carrier cannot provide the long runway available at a land base. Its equipment must help aircraft become airborne and stop safely after returning.

In a STOBAR system, a ski-jump ramp assists take-off and arrestor wires stop landing aircraft. In a CATOBAR system, a catapult launches the aircraft, while arrestor wires still provide recovery. The Rafale M’s naval landing configuration and arrestor hook support carrier recovery.

These systems allow a navy to base fighters on a ship and use them away from shore. The Rafale Marine is designed for air defence, air superiority, deep strikes, reconnaissance and anti-ship missions. Integrating it with INS Vikrant would expand the carrier’s combat reach and flexibility.