Canadian Tech Anchors U.S. Navy Helicopters in High-Stakes Deal

OTTAWA, Ontario – February 27, 2026 – The Canadian Commercial Corporation (CCC) and global technology firm Curtiss-Wright have secured a significant four-year contract to supply the United States Navy with a critical piece of Canadian-developed technology. The deal will see Curtiss-Wright’s facility in Mississauga, Ontario, manufacture and support the Recover Assist Securing and Traversing (RAST) system for the U.S. Naval Air Warfare Centre, reinforcing a decades-long defense partnership and showcasing Canada's prowess in high-stakes engineering.

The agreement, brokered by the CCC as Canada’s government-to-government contracting agency, highlights the integrated nature of the North American defense industrial base. It ensures that the U.S. Navy can continue to rely on a proven system designed to master one of the most dangerous tasks in modern naval operations: landing a helicopter on the deck of a moving ship in treacherous seas.

The Technological Edge in Naval Safety

At the heart of the contract is the RAST system, a fully integrated shipboard solution that has become a global standard for naval forces operating helicopters in challenging conditions. Its primary function is to enable safe and efficient landings, even in turbulent environments up to Sea State six—conditions characterized by very rough waves and high winds where unassisted landings would be exceptionally perilous.

The system's ingenuity lies in its multi-stage process. Before landing, a pilot hovers over the flight deck as a messenger cable is attached to the helicopter's main RAST probe. This connects to a recovery assist tether, which, when placed under tension, creates a powerful stabilizing force. This "virtual anchor" significantly reduces pilot workload during the critical final approach, guiding the aircraft precisely to the designated landing spot on a pitching and rolling deck.

Upon touchdown, a Rapid Securing Device (RSD) immediately clamps onto the probe, locking the helicopter firmly to the deck. This instantaneous securing prevents dangerous sliding or tipping caused by ship motion. Once secured, the same system is used to traverse the helicopter along a lightweight in-deck track, moving it safely from the landing zone into the ship's hangar for maintenance or storage. This entire process minimizes the time flight deck crews are exposed to the hazardous open-deck environment. The RAST system's proven reliability has made it a system of choice for navies worldwide, with installations on vessels operated by allies including Japan, Australia, Spain, and Canada.

A Boon for Canadian Advanced Manufacturing

This multi-year contract represents a major victory for Canada’s advanced manufacturing sector, channeling significant work into Curtiss-Wright's Electro-Mechanical Systems facility in Mississauga. This plant, historically known as INDAL Technologies, is a world leader in naval helicopter handling systems and will not only manufacture the complex RAST units but also provide crucial technical field support to the U.S. Navy.

The deal sustains and supports high-skill jobs in engineering, manufacturing, and quality assurance within Ontario, contributing to a domestic defense industry that is a key driver of Canada’s economy. In 2022, the sector contributed over $9.6 billion to the national GDP and supported more than 81,000 jobs. This contract aligns directly with the goals of Canada’s new Defence Industrial Strategy, which aims to bolster domestic firms and significantly boost defense exports.

The partnership between the CCC and Curtiss-Wright is a well-established success story, with previous contracts facilitated for the U.S. military valued at over CAD$300 million. In the 2024 fiscal year alone, CCC-brokered deals for Canadian companies with the U.S. Department of Defense (U.S. DoD) reached $1.08 billion, underscoring the vital role the agency plays in opening doors for Canadian industry.

Strengthening a Strategic Alliance

The procurement of Canadian technology by the U.S. military is not an anomaly but a cornerstone of the two nations' deeply integrated defense relationship. This cooperation is formalized by the 1956 Defence Production Sharing Agreement (DPSA), which allows Canadian companies to compete for U.S. DoD contracts on an equal footing with American firms, largely exempting them from "Buy American" provisions.

The CCC acts as the prime contractor in such deals, simplifying the procurement process for the U.S. DoD and guaranteeing contract performance. This unique government-to-government framework ensures that the U.S. military has access to the best available technology from its northern ally, broadening its supply base while strengthening the shared North American industrial capacity. The U.S. Navy has historically been the largest customer of Canadian defense solutions through the CCC, demonstrating a deep and continuing trust in Canadian quality and innovation.

This enduring partnership is more critical than ever, as both nations embark on a multi-billion-dollar modernization of the North American Aerospace Defense Command (NORAD). The seamless integration of supply chains, exemplified by the RAST contract, is fundamental to the shared security architecture that protects the continent.

Meeting the Demands of Modern Naval Aviation

For the U.S. Navy, the acquisition of additional RAST systems is driven by the uncompromising demands of modern maritime warfare. As helicopters like the MH-60 become more technologically advanced and missions more complex, the ability to operate them safely and reliably from ships like the Arleigh Burke-class destroyers is paramount.

The RAST system directly addresses this need by expanding the operational window for helicopter missions, allowing them to launch and recover in weather that would otherwise ground them. By stabilizing the aircraft during landing and securing it instantly, the system mitigates the immense risks associated with flight operations at sea. This enhances not only the safety of pilots and crew but also the availability and readiness of critical air assets for missions ranging from anti-submarine warfare to search and rescue.

By continuing to invest in this proven Canadian technology, the U.S. Naval Air Warfare Centre ensures its fleets are equipped with a system that enhances operational capability, protects billion-dollar assets, and, most importantly, saves lives. The contract serves as a powerful testament to the value of specialized engineering in solving the complex challenges of projecting power from the sea.