Air Cushion Vehicle (ACV) H-561 has been inducted into the Indian Coast Guard in Goa.
Indian Coast Guard (ICG) officially inducted its first indigenously constructed Air Cushion Vehicle. The high-profile ceremony took place on Thursday, June 18, 2026, at the Chowgule Shipyard in Goa.
Consequently, this induction completely alters India’s tactical response capabilities along its vast coastline. The brand-new hovercraft is named H-561. It represents the first vessel of a larger six-unit production series. Senior military commanders and key defense production representatives watched the entire event at the shipyard’s Rassaim facility.
Technical Blueprint: Air Cushion and Multi-Terrain Prowess
The technical design of the H-561 allows it to conquer incredibly challenging maritime environments. Traditional patrol boats rely on deep-draft hulls. Therefore, standard vessels cannot safely navigate shallow waters, mudflats, or marshy coastal creeks.
The new Air Cushion Vehicle completely bypasses these physical limits. It rides smoothly on a pressurized cushion of air. Powerful onboard lift fans force air downward into a specialized, flexible rubber skirt system. This mechanism elevates the entire craft completely above the surface.
Specifically, the hovercraft can achieve exceptional speeds over water, sandbanks, and low-friction mud surfaces. It features advanced navigational radars and multi-band communication suites. This integrated technology ensures seamless coordination with regional shore-based command centers during intense operations.
Shifting from Imports to Domestic Shipbuilding
The birth of the H-561 signals a massive step forward for the Aatmanirbhar Bharat initiative. Historically, India relied heavily on direct foreign imports for its specialized hovercraft requirements. However, the Ministry of Defence is systematically changing this dynamic.
The government initially signed a comprehensive construction contract with Chowgule & Company Private Limited back in October 2024. This project utilizes an advanced design framework from Griffon Hoverwork in the United Kingdom. However, domestic engineers executed the actual physical fabrication entirely within Indian facilities.
Furthermore, the manufacturing program integrates over 50 percent indigenous components. Local steel, domestic electronics, and home-grown structural assemblies form the backbone of the craft. This localized supply chain completely shields the platform from unpredictable global logistics disruptions.
Tactical Combat Scenario: Shallow Water Interdiction
To understand the tactical value of the H-561, visualize an intense coastal infiltration scenario. A group of maritime smugglers attempts to sneak illicit cargo through the shallow, marshy creeks of the Rann of Kutch. They intentionally use ultra-shallow waters to evade traditional heavy naval vessels.
Suddenly, an ICG command station detects the suspicious movement via coastal radar. The command station immediately deploys the H-561 hovercraft to intercept the targets. The air cushion vehicle accelerates swiftly, flying effortlessly over exposed mudflats that would ground any standard interceptor boat.
The hovercraft quickly cuts off the smugglers’ escape route. Crew members use onboard weapon mounts and high-definition thermal optics to neutralize the threat. Consequently, the unblinking eye of the ICG secures an area that was previously impossible to patrol effectively.
A Resilient + Indigenous Costal Force in Making?
Ultimately, the successful deployment of the H-561 marks a new chapter for regional security. The Indian Coast Guard continues to expand its multi-mission capabilities across the Indian Ocean Region. This hovercraft will immediately enhance coastal patrol, surveillance, and critical search and rescue missions.
Now, Chowgule Shipyard is rapidly progressing with the remaining five vessels of the contract. They already completed the critical girder-laying ceremonies for the final production blocks last month. As these new platforms enter active service, India’s maritime borders will become an impenetrable wall against asymmetric threats.
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