• The Beriev Be-200 is nearly twice as fast as the CL-415 Super Scooper (700 km/h vs 359 km/h), but speed alone doesn’t determine which aircraft wins in a real wildfire scenario.
• The CL-415 Super Scooper can scoop a full load in just 12 seconds on the water — a critical operational advantage when fires are close to a water source.
• The Be-200 carries nearly double the water per drop at 12,000 litres vs the CL-415’s 6,137 litres, making it a powerhouse for large-scale fire suppression.
• At $37M per unit vs $67M for the Be-200, the CL-415 has been produced in far greater numbers — 95 units vs just 19 — making it the dominant fleet choice worldwide.
• One key comparison often overlooked is how each aircraft performs when water sources are scarce or far from the fire line — keep reading to find out which aircraft handles it better.

Two of the Best Water-Bombing Aircraft Ever Built

When wildfire seasons intensify and ground crews are overwhelmed, the aircraft overhead can make all the difference. The Canadair CL-415 Super Scooper and the Beriev Be-200 are two of the most capable aerial firefighting platforms ever designed — but they take dramatically different approaches to the same mission.

Both aircraft are purpose-designed amphibians capable of scooping water directly from lakes, rivers, and reservoirs. Yet beneath that shared capability lies a wide gap in speed, capacity, cost, and operational philosophy. Understanding those differences is essential for anyone serious about aerial firefighting strategy. Global Military, a leading defense and aviation comparison resource, provides the technical foundation for much of this head-to-head analysis.

This comparison breaks down what each aircraft actually delivers where it counts — on the fire line.

Origins and Development

These two aircraft didn’t emerge from the same design tradition. One was built in Canada specifically to fight fires. The other was built in Russia with multi-role ambitions. That contrast in origins shapes everything from their performance envelopes to their global deployment records.

CL-415: Purpose-Built From the Ground Up

The CL-415 Super Scooper traces its lineage directly to the earlier CL-215, which first flew in 1967 as one of the world’s first dedicated aerial firefighting aircraft. The CL-415 itself took its first flight in 1993 and entered operational service in 1994, manufactured by Bombardier and later Viking Air. Every design decision — from its twin Pratt & Whitney Canada PW123AF turboprop engines to its reinforced hull — was made with firefighting as the primary mission.

The airframe is optimized for low-altitude, high-cycle operations. That means repeated scooping runs, tight turns over rough terrain, and the ability to operate from short stretches of open water. It wasn’t designed to cruise at altitude or cover vast distances — it was designed to make as many drops as possible in the shortest time window.

• First flight: 1993
• Entered service: 1994
• Manufacturer: Bombardier (now Viking Air)
• Engine type: Twin Pratt & Whitney Canada PW123AF turboprops
• Primary role: Dedicated aerial firefighting amphibian
• Units produced: 95

Be-200: Russia’s Jet-Powered Answer

The Beriev Be-200, developed by Russia’s Beriev Aircraft Company based in Taganrog, first flew in 1998 — five years after the CL-415 — and entered service in 2003. Where the CL-415 is a turboprop workhorse, the Be-200 is a twin-jet amphibian powered by two ZMKB Progress D-436TP turbofan engines. That jet propulsion platform gives it a performance ceiling far beyond any turboprop firefighting aircraft.

The Be-200 was designed as a multi-role platform from the outset, with firefighting as one of several intended missions. Its larger airframe and jet-powered performance were intended to serve maritime patrol, search and rescue, and cargo transport roles alongside its fire suppression capability. Only 19 units have been built, reflecting both its higher cost and the geopolitical complexity surrounding Russian-manufactured military-adjacent aircraft.

Raw Performance Numbers Compared

The numbers between these two aircraft are stark. In nearly every raw performance metric, the Be-200 outperforms the CL-415 — but those numbers tell only part of the story when applied to real firefighting operations.

Speed: Be-200’s 700 km/h vs CL-415’s 359 km/h

The Be-200 is almost exactly twice as fast as the CL-415, with a top speed of 700 km/h against the CL-415’s 359 km/h. In firefighting terms, this matters most when the fire is far from the operating base or when rapid redeployment across a large fire zone is required. A faster aircraft can cover more ground between the water source and the fire front, which becomes significant in remote or geographically spread-out fire situations.

Range: CL-415’s 2,427 km vs Be-200’s 2,100 km

Despite the Be-200’s superior speed, the CL-415 actually edges it out on operational range — 2,427 km vs 2,100 km. This is one of the few metrics where the turboprop-powered CL-415 holds an advantage. The efficiency of its PW123AF engines at lower altitudes contributes to this range advantage, making it better suited for ferry flights between distant operating bases.

For firefighting operations that require repositioning aircraft across regions or countries, this range difference can affect logistics planning. It’s a modest gap of 327 km, but it’s a meaningful reversal of expectations given the Be-200’s jet propulsion system.

Service Ceiling: 8,000 m vs 4,481 m

The Be-200 can operate at altitudes up to 8,000 meters — nearly double the CL-415’s ceiling of 4,481 meters. For firefighting purposes, neither aircraft typically operates near its service ceiling during active suppression runs. However, high-altitude capability becomes relevant when transiting over mountainous terrain to reach remote fire zones or when operating in multi-role configurations like maritime patrol.

The CL-415’s 4,481 m ceiling is more than sufficient for the low-altitude scooping and drop operations that define its mission profile. Flying higher doesn’t make the water fall more accurately — and in turbulent fire-generated air columns, lower and more controlled is often the preferred approach. For those interested in aviation safety, understanding why safety compliance is non-negotiable in the aviation industry is crucial.

Maximum Takeoff Weight: 41,000 kg vs 19,890 kg

The Be-200’s maximum takeoff weight of 41,000 kg is 2.1 times that of the CL-415’s 19,890 kg. This size difference is immediately apparent when you see both aircraft side by side — the Be-200 stretches 31.4 meters in length compared to the CL-415’s 20.0 meters. That additional mass and airframe volume is what enables the Be-200 to carry nearly double the water payload per sortie, fundamentally changing how fire suppression strategy is planned around each aircraft.

Water Scooping and Drop Capacity

Raw speed and altitude performance matter far less in aerial firefighting than one critical number: how much water hits the fire, and how fast you can reload. This is where the comparison between the CL-415 and Be-200 gets genuinely interesting — because each aircraft offers a different tactical advantage depending on the fire environment.

CL-415’s 6,137-Litre Tank and 12-Second Scoop

The CL-415 Super Scooper carries 6,137 litres of water per drop, loaded via a scooping system that skims across the surface of a lake or river at around 150 km/h. The entire scooping process takes just 12 seconds across approximately 400 to 500 meters of open water. What makes this operationally powerful isn’t just the speed of the reload — it’s the ability to cycle through drop-after-drop in rapid succession when a suitable water source is close to the fire. In the right conditions, a single CL-415 can deliver multiple loads in the time it takes other aircraft to return to a land-based fill station.

The aircraft can also mix a foam retardant concentrate directly into the water tank during the scooping run, enhancing the fire-suppression effectiveness of each drop. This on-the-fly foam injection system gives ground commanders more flexibility in how they direct the aircraft’s payload against different types of vegetation fires.

Be-200’s 12,000-Litre Capacity Advantage

The Be-200 carries 12,000 litres of water — nearly double the CL-415’s capacity — in a purpose-built fuselage tank system. Like the CL-415, it can scoop this load directly from open water, completing a full fill in approximately 14 seconds. While that’s just 2 seconds slower than the CL-415, the payload delivered per drop is dramatically larger. On large, fast-moving wildfires where every pass counts, those extra 5,863 litres can mean the difference between containing a flank and losing it entirely.

Real-World Firefighting Deployments

Technical specifications only tell half the story. The real test of any firefighting aircraft is how it performs under operational conditions — irregular water sources, smoke-reduced visibility, tight mountain terrain, and the relentless tempo of a major fire campaign.

Both the CL-415 and Be-200 have logged meaningful operational hours across some of the world’s most demanding fire environments. Their deployment histories reveal not just capability, but also reliability, political factors, and the logistical realities of maintaining specialized amphibious aircraft far from their home bases.

The contrast in fleet size tells its own story. With 95 CL-415s built versus just 19 Be-200s, the CL-415 has a far deeper operational footprint — meaning more pilots trained, more maintenance infrastructure established, and more documented lessons learned from real fire campaigns.

CL-415 Operations Across Europe and North America

The CL-415 Super Scooper has been deployed extensively across southern Europe — particularly in France, Italy, Spain, Greece, and Croatia — as well as across Canada and the United States. France operates one of the largest CL-415 fleets in the world through its Sécurité Civile service, which has used the aircraft as its primary aerial firefighting platform for decades. In North America, the CL-415 has been used in multi-aircraft operations coordinated with air tankers and helicopters across both Canadian provincial fire agencies and contracted operations in the western United States.

Be-200’s 2004 Sardinia Debut and 324-Tonne Water Drop Record

The Be-200’s first operational firefighting deployment came in 2004, when a Be-200ES was contracted to operate from Sardinia by SOREM, the official operator of firefighting equipment for the Italian Civil Defence Department. That debut was closely watched by European fire management authorities assessing the aircraft’s potential as a large-capacity supplement to existing turboprop fleets. The aircraft performed well under Mediterranean conditions, demonstrating the real-world viability of its 12,000-litre capacity in active fire suppression.

During documented firefighting campaigns, Be-200 operations have recorded single-mission water delivery totals reaching 324 tonnes — a figure that reflects the cumulative effect of its large per-drop payload across multiple scooping runs in a single sortie window. That kind of volume delivery in a compressed timeframe is difficult for any turboprop aircraft to match.

Be-200 Export Operations: Azerbaijan, Greece, Portugal and Beyond

Beyond Russia, the Be-200 has been operated by a small number of export customers and lease arrangements, including deployments in Azerbaijan and contract operations supporting firefighting efforts in Greece and Portugal during severe Mediterranean fire seasons. These deployments have demonstrated the aircraft’s ability to integrate into non-Russian fire management frameworks, though supply chain complexity, geopolitical factors, and the limited number of aircraft available have constrained its broader adoption. With only 19 units ever produced, international operators face real challenges around parts availability and crew training pipelines that simply don’t affect CL-415 operators to the same degree.

Cost vs Capability Trade-Off

The price gap between these two aircraft is significant and shapes every procurement conversation. At approximately $37 million per unit, the CL-415 offers a compelling value proposition for national and regional fire agencies working within fixed budgets. The Be-200 comes in at roughly $67 million per unit — a 81% price premium that must be justified by operational performance gains. For most agencies, the decision isn’t purely about which aircraft performs better in isolation, but which aircraft delivers the most firefighting output per dollar invested over a typical operational lifespan.

• CL-415 unit cost: ~$37 million — accessible for mid-sized national fire agencies
• Be-200 unit cost: ~$67 million — requires significant capital commitment
• CL-415 fleet size: 95 units produced, creating a robust global support and parts network
• Be-200 fleet size: 19 units produced, limiting operator support infrastructure
• Training ecosystem: CL-415 has a far larger pool of type-rated pilots and certified maintenance facilities worldwide

The Be-200’s higher unit cost does come with genuine capability advantages — particularly its water payload and jet-powered transit speed. But for an agency running multi-aircraft fire campaigns, the ability to field three CL-415s for roughly the price of two Be-200s creates a real operational calculus worth considering. More aircraft on station means more simultaneous attack capability, greater redundancy if one aircraft goes unserviceable, and more flexibility in coordinating suppression patterns across a large fire perimeter.

From a lifecycle perspective, the CL-415’s deeper production run also means the long-term support burden is lower. Spare parts are more readily available, overhaul facilities are more numerous, and the collective operational knowledge base is far more developed. These factors don’t show up in a unit cost comparison, but they matter enormously when an aircraft goes unserviceable in the middle of an active fire season and the operator needs a fast resolution.

Which Aircraft Wins for Firefighting?

There’s no single answer — the right aircraft depends entirely on the fire environment, the available water sources, and the operational budget. But if forced to choose one for the widest range of real-world firefighting scenarios, the CL-415 Super Scooper remains the more practical and proven choice for most agencies.

The Be-200 is a genuinely impressive machine. Its 12,000-litre payload, jet-speed transit capability, and high service ceiling give it real advantages on large, fast-moving fires in open terrain with accessible water sources. But the combination of a $67 million price tag, a global fleet of just 19 aircraft, and the geopolitical complications surrounding Russian-manufactured equipment significantly limits its accessibility. The CL-415, by contrast, is battle-tested across decades of Mediterranean, North American, and Canadian operations, supported by an established global maintenance network, and available at a unit cost that makes multi-aircraft fleet procurement realistic. When fires require sustained, high-tempo, multi-pass suppression near inland water bodies, the CL-415’s 12-second scoop cycle and proven operational reliability are hard to beat.

Frequently Asked Questions

Can the Be-200 scoop water like the CL-415?

Yes. The Be-200 is a fully amphibious aircraft capable of water scooping in the same way as the CL-415. It completes a full 12,000-litre scoop in approximately 14 seconds across a suitable open water surface, just 2 seconds slower than the CL-415’s 12-second fill time. Both aircraft require a minimum stretch of calm, obstacle-free water to perform scooping runs safely. For those interested in safe and reliable aircraft chartering, exploring Air Partner could be beneficial.

Why has the CL-415 been produced in far greater numbers than the Be-200?

The CL-415 entered service nine years before the Be-200, giving it a significant head start in fleet adoption across European and North American fire agencies. Its lower unit cost of approximately $37 million versus the Be-200’s $67 million made it more accessible to government procurement budgets. The Be-200’s production has also been constrained by limited export demand, geopolitical factors affecting Russian aerospace exports, and the higher operational complexity of maintaining a jet-powered amphibian with a smaller global support network.

Which aircraft is better suited for remote or rugged firefighting terrain?

The CL-415 holds a practical edge in remote and rugged terrain for most operational scenarios. Its longer range of 2,427 km versus the Be-200’s 2,100 km allows it to ferry further between operating bases, and its turboprop engines are generally more tolerant of the high-cycle, low-altitude operating conditions typical of mountain and wilderness fire environments. The Be-200’s higher service ceiling of 8,000 meters does allow it to transit over mountainous terrain more safely, but for sustained close-terrain scooping and drop operations, the CL-415’s purpose-built design gives it a meaningful operational advantage.

Is the Be-200 used outside of Russia for firefighting?

Yes. The Be-200 has been deployed outside Russia in several firefighting roles. Its operational debut was in Sardinia in 2004, operated by SOREM on behalf of the Italian Civil Defence Department. It has also been operated in Azerbaijan and has supported firefighting campaigns in Greece and Portugal under contract arrangements during major Mediterranean fire seasons. However, with only 19 units produced globally, international availability remains limited and access to the aircraft for non-Russian operators depends heavily on lease arrangements rather than owned fleet procurement.

What makes the CL-415 the only aircraft purpose-built for aerial firefighting?

The CL-415 Super Scooper is unique in that every aspect of its design was optimized specifically for the aerial firefighting mission from the outset — not adapted from an existing transport or patrol platform. Its reinforced flying boat hull is built to withstand the repeated stress of high-speed water scooping runs. Its twin Pratt & Whitney Canada PW123AF turboprop engines are configured for low-altitude, high-cycle operations involving frequent climbs, descents, and water contact. The aircraft’s retardant foam injection system, which blends fire suppressant directly into the water tank during a scooping run, is another feature engineered specifically for firefighting rather than retrofitted.

By contrast, the Be-200 was designed as a multi-role platform from the beginning, with firefighting as one of several intended missions alongside maritime patrol, search and rescue, and cargo transport. That broader design mandate means its airframe reflects compromises between different mission requirements rather than a singular focus on fire suppression efficiency. This doesn’t make the Be-200 a poor firefighting aircraft — its 12,000-litre capacity proves otherwise — but it does mean the CL-415 carries a design DNA that is fundamentally firefighting-first in a way no other production aircraft can claim.

For fire agencies evaluating fleet procurement, this distinction matters. A purpose-built firefighting aircraft tends to deliver better performance per operational hour in the specific conditions aerial suppression demands — tight maneuvering near terrain, repeated water contact stress, and the sustained tempo of multi-day fire campaigns — because those conditions shaped every design trade-off made during its development.