De Havilland Pushes 50 Water Bombers Costing Up to $4 Billion

De Havilland Aircraft of Canada is pushing for a national fleet of 50 new water bombers, a purchase estimated at $3 billion to $4 billion. The proposal could renew an aging firefighting fleet, but the aircraft would take years to arrive and would remain only one part of a response system built around ground crews, prevention and coordinated deployment.

The initiative has not become a finalized Canadian procurement. Documents reportedly obtained by Politico point to a possible arrangement involving Canada and the European Investment Bank, but ownership, management and deployment details have not been released. It is also unclear whether the 50 aircraft would include planes already ordered by Canadian provinces and European countries or represent an additional production commitment.

The pressure for more capacity is tangible. Canada has about 50 water bombers owned by provinces or private contractors, and their average age is approximately 32 to 35 years. During 23 days of the 2026 wildfire season, resources in every Canadian jurisdiction were fully committed and international assistance was requested.

Replacing or expanding that fleet is not a quick manufacturing exercise. Production of the earlier Canadair aircraft stopped in 2015 after orders declined. De Havilland revived the program in 2024, but the supply chain for an aircraft containing roughly 60,000 parts had largely disappeared. The company must now rebuild that supplier network while introducing a newer model and making engineering changes to the airframe.

De Havilland says it can currently produce about 10 aircraft annually. The first 22 planes in the production queue are destined for Europe, while Canadian provincial orders are also waiting. Manitoba’s first new aircraft is expected in 2031, and the normal wait for an aircraft ordered under present production arrangements is six to seven years. A second assembly line proposed by De Havilland could allow aircraft from a 50-plane Canadian order to begin arriving in 2029, according to the company.

Fast water collection has geographic limits

The new aircraft’s defining capability is its ability to scoop more than 6,000 litres of water in about 12 seconds. When a fire is near a suitable lake or other broad body of water, repeated scooping can reduce refill time and help crews attack a fire’s intensity without returning to a ground base after every drop.

That advantage depends heavily on location. Swampy or mountainous terrain can complicate water collection, while long distances between a fire and scoopable water reduce the number of useful drops an aircraft can make. Smaller scoopers, land-based air tankers or helicopters may be better suited to some landscapes and missions.

Aircraft also do not extinguish major wildfires independently. Their purpose is to reduce fire intensity and create better working conditions for firefighters on the ground. The British Columbia Wildfire Service describes aviation in the same systems context: helicopters and air tankers support ground crews but cannot contain wildfires on their own.

Fifty aircraft require more than a purchase decision

Canada’s decentralized wildfire structure complicates the proposed fleet. Provinces and territories hold primary responsibility for wildfire management, while the Canadian Interagency Forest Fire Centre coordinates sharing of aircraft, personnel and equipment when resources are available. A national fleet would therefore need rules governing ownership, maintenance, crews, pre-positioning and priority when several regions request the same aircraft.

Fleet composition matters as much as the headline number. Water bombers operate alongside helicopters, retardant tankers, crew transports and birddog aircraft that coordinate airborne activity. Canada has already allocated $316.7 million over five years to increase aerial firefighting capacity, including a leased reserve containing different aircraft types. Scarcity and long delivery times also led the interagency fire centre to hire a mix of aircraft rather than depend on one platform.

The proposed purchase would be large relative to current spending. Natural Resources Canada estimates that the federal government spends about $1 billion annually on wildfire suppression and response. At roughly $60 million to $80 million per aircraft, 50 new water bombers could consume several years’ equivalent of that federal spending before operating, training, maintenance and support costs are considered.

The unresolved issue is therefore not whether modern water bombers have value. An aging fleet and periods of nationwide resource exhaustion establish a clear need for additional capacity. The harder decision is how many large scoopers Canada needs, where they should be based and what complementary investment must accompany them. By the time the first aircraft from an expanded line could arrive in 2029, Canada would need an operating framework ready to turn a multibillion-dollar fleet into coordinated support for the firefighters below.

By Thomas Caldwell — AMI’s senior editor for mechanical and mobility engineering, covering vehicle electronics, systems integration, electrification, chassis systems, propulsion, and safety policy.