As technology advances, naval air capabilities continue to evolve. From seaplanes and shipborne helicopters to autonomous and remotely piloted systems, seamless surveillance across the sea and air is more achievable and more necessary than ever to protect Canadian sovereignty from emerging threats.
On September 1, the Royal Canadian Navy (RCN) conducted the inaugural flight of its first uncrewed aircraft system, the CU179 Peregrine, at the Canadian Forces Maritime Experimental and Test Ranges (CFMETR) near Nanaimo, British Columbia.
Operated by the Advanced Naval Capabilities Unit, the successful launch and recovery of the CU179 Peregrine validate years of planning, collaboration, and testing to deliver the RCN’s maritime drone capability.
Based on the Schiebel S-100 helicopter drone, an internationally proven platform, the CU179 Peregrine is designed to operate from warships. It will initially be integrated aboard Halifax-class frigates before transitioning to River-class destroyers as they enter service, extending surveillance beyond the ship’s horizon.
Equipped with advanced sensors, wide-area surveillance payloads, and long-range radar, the CU179 Peregrine will improve the RCN’s maritime situational awareness and support more informed decision-making. Adding uncrewed aircraft to the fleet will strengthen the RCN’s ability to secure Canada’s waterways and conduct search and rescue missions while reducing risk to personnel.
The flight reflects the collaboration and commitment of sailors, engineers, aviation specialists, and defence scientists across the RCN, defence partners, and Canadian industry. It also advances the operational techniques and airworthiness knowledge needed to conduct uncrewed aviation activities at sea safely and effectively.
With the addition of the CU179 Peregrine, the RCN joins a growing number of Allied navies using uncrewed aviation systems to maintain maritime security and operational effectiveness. The system will also support closer interoperability with Canada’s defence partners.
Noah Note: A significant milestone in expanding the RCN UAS capacity. MDA was contracted last year to deliver an initial two S-100 systems at a value of approximately $39 million, along with an additional in-service support contract has an estimated value of $27 million for a period of five years that could be extended up to 20 years. The contract has options for up to four additional systems to be procured.
Weighing in at a max 200 kg, the S-100 has a 50 kg standard payload capacity, accompanied by a 10kg payload capacity in the nose and sides. It has an endurance of ~6 hours and a data link range of up to 200km. The endurance can be extended to 10+ hours with external fuel tanks.
Its all-weather, day-or-night capable tested at temperatures ranging from -40°C to +55°C. The S-100 is capable of autonomous take-off & landing thanks to its Deckfinder precision landing system and NATO-compliant Harpoon Grid Capture System. It is STANAG 4586 compliant with full MUM-T (Level 5) capability.
The MDA-Schiebel relationship stretches back well over a decade. The team previously competed on the last navy ISTAR attempt that went to Qinetiq and the Skeldar V-200. That attempted to produce the CU176 Gargoyle before crashing and burning almost immediately with nothing to show for it.
Since then MDA has provided the S-100 to at least one other customer amd have been working with Transport Canada and Whale Seeker to use the S-100 in the tracking of Marine life. MDA brought together a top-notch team for RCN ISTAR, including Arcfield, UVAD, IMSAR and Wescam.
Its a proven platform with more than a decade of service and in service with over a dozen countries including allies such as the United Kingdom, France, Norway, Germany, Italy, etc. It is also a foundational platform in several EU UAS Initiatives along with her big sister the S-300.
Overall, it is a fantastic platform that provides the navy with a detached Long-Range ISTAR capability it hasn't had before. That being said, there is a lot of debate and discussion about RCN ISTAR heading into the future.
Irecently attended an event where I got to hear about the RCN future autonomous fleet, and one of the discussion points was on the idea of old procurement versus new procurement, this idea of platforms coming from the old way, and how they relate to the future.
As a capability, RCN ISTAR is one of the last of the old model, a specific, boutique system that fills out a defined set of requirements and acquired to fulfill the requirement. We buy a capability as is, we utilize it, we keep that capability over the next decade+.
That evidently is something that can no longer be the case. Capability in the autonomous domain needs to inherently be reactive. It needs to be scalable, with supply chains to properly support it. It needs to be layered beyond the traditional roles to things like Heavy-Lift, Electronic Warfare, ASW, etc.
Development needs to be cocurrent and agile, with systems innovating rather than being forces to stay in service past their usable time. That is the message that I heard spoken, and it isn't the navy who is coming to this in isolation. It is the message that is being spoke across the world, and one that is slowly, if a bit late, beong recognized.
Peregrine is a fantastic capability. It is also the example we use when we discuss the transition to mass, continuous acquisition of autonomous systems through Initiative like DDI. Both can be true, and oftentimes that is forgotten in disccusions when capability versus cost versus scalability are discussed.
We will buy exquisite systems in the future, as we always will. It will be joined by a much more diverse mass backing it up, and no longer will it be thr go-to solution. It will be there, but scaled-back and deprioritized. Whether that is a good strategy is debatable, evidently the evidence points to balance works, and can be done.