Learn which firefighting aircraft fight wildfires, what they drop, how scoopers refill, and how to scoop water in Microsoft Flight Simulator 2024.
Wildfires are fought by fixed-wing air tankers, amphibious water scoopers and helicopters. Large tankers lay retardant lines; scoopers and helicopters make repeated water drops; smaller aircraft attack new fires quickly; and lead planes coordinate crowded airspace. Support aircraft also map heat, transport crews and ignite planned burns.
This answer is primarily about Aviation & Real-World Flying, with specific simulator guidance for Microsoft Flight Simulator 2024 below. Firefighting aircraft is the broadest term. “Fire fighting planes” usually means fixed-wing aircraft, while “water bomber” is an informal name; these aircraft do not drop explosives.
International listings may use the German term Feuerlöschflugzeug or the Arabic طائرات إطفاء الحرائق. Both refer to the same broad group of firefighting aircraft rather than one particular design.
Which types of firefighting aircraft are used?
Wildfire fleets combine several aircraft types because no single aeroplane or helicopter is best for every fire, terrain and refill distance.
| Aircraft category | Representative examples | Primary role | Main limitation |
|---|---|---|---|
| Single-engine air tanker | Air Tractor AT-802, Thrush aircraft and PZL M-18 Dromader | Rapid initial attack, shorter retardant lines and operations from smaller tanker bases | Smaller load and greater sensitivity to hot, high conditions than larger tankers |
| Large or very large air tanker | BAe 146/RJ85, C-130 variants, MD-87, Boeing 737, DC-10 and converted transport aircraft | Long retardant lines around large or fast-moving fires | Requires suitable runways, loading facilities and more manoeuvring room near terrain |
| Amphibious scooper | CL-215, CL-415 and the float-equipped AT-802 Fire Boss | Repeated water drops when a safe lake, river reach or coastal source is close to the fire | Cannot scoop from every visible body of water |
| Helicopter or helitanker | S-64, CH-47, S-70/UH-60, Bell 212/412, UH-1 and K-MAX | Accurate bucket or tank drops, crew movement and work near confined targets | Payload and performance fall with heat and altitude; range may be limited |
| Lead plane or air-attack aircraft | King Air, Twin Commander, OV-10 and other suitably equipped types | Guides drop runs, supervises incident airspace and coordinates aircraft | Normally carries no firefighting agent |
| Support aircraft | Transport aeroplanes, helicopters and authorised uncrewed aircraft | Moves smokejumpers and equipment, maps heat, relays communications or performs planned aerial ignition | Must be integrated into the incident command and airspace plan |
These examples do not represent a universal active fleet. Operators, contracts and approved types differ between countries, while labels such as SEAT, large air tanker and very large air tanker are operational classifications rather than permanent aircraft design categories.
Many smaller tankers began as agricultural designs. This simulated PZL Dromader tanker for FSX illustrates the high-wing, single-engine layout used for both agricultural work and fire attack. At the other end of the scale, former airliners, military transports and cargo aeroplanes can be converted with purpose-built tanks and controlled release doors.
What else do aircraft do at a wildfire?
Aircraft do much more than drop water. An air-attack platform carries personnel who manage incident airspace and assess targets, while a lead plane may fly the proposed tanker route first and mark the line. The two roles are related but not interchangeable.
Other aircraft detect hot spots with thermal sensors, carry smokejumpers, move equipment, relay radio traffic and conduct aerial ignition under an approved burn plan. Authorised uncrewed aircraft may assist with mapping, but an unauthorised drone can halt crewed operations because a collision during a low-level run could be catastrophic.
What are the best firefighting planes for each job?
The best firefighting aircraft is the one that can deliver the required agent safely and repeatedly, not automatically the model with the largest tank.
- For a small new fire: a nearby single-engine tanker may arrive and reload faster than a large jet tanker.
- For a long containment line: a large or very large tanker can place more retardant in one pass, provided terrain, visibility and base facilities permit it.
- For repeated direct water attack: an amphibious scooper is highly effective when an approved water source is close enough to produce short cycles.
- For precise drops in difficult terrain: a helicopter can work close to a target and refill from a portable tank, pond or other approved source.
- For congested airspace: lead planes and air-attack aircraft become essential even though they carry no water or retardant.
Dispatchers also consider wind, smoke, turbulence, runway length, loading equipment, escape routes and turnaround time. High temperature and elevation reduce aircraft performance and may force a smaller load. A modest tanker completing several short cycles can therefore deliver more useful agent than a larger aircraft returning to a distant base.
Do wildfire aircraft drop water or retardant?
Firefighting aircraft drop plain water, enhanced water, foam solution or long-term retardant according to the target and the required duration of the effect.
- Water cools burning fuel immediately. It is useful for direct attack, but it evaporates and may have little lasting effect on an intense fire.
- Enhanced water or foam solution improves spreading, penetration or adhesion. Products and application areas must be approved by the responsible agency.
- Long-term retardant slows combustion after its carrier water has evaporated. Tankers commonly place it ahead of or beside a fire edge so ground crews can reinforce the line.
Retardant is often coloured red so crews can see where it landed. A red line does not mean the area is extinguished: strong fire can cross, breach or burn around it. Retardant is loaded at an equipped tanker base; it is not collected from a lake.
How do water-scooping aircraft collect water?
A scooper refills by planing across a suitable water surface while small probes or scoops direct water into its tanks.
The aircraft touches down with its landing gear retracted, settles onto the hull or floats and maintains the type-specific scooping attitude and speed. Extending the scoops creates substantial drag as the tanks fill, so power and directional control must be managed carefully. Crews may take a partial load when temperature, altitude, waves or the required climb-out make a full load unsuitable.
The source needs adequate length, width, depth and obstacle clearance, plus a safe entry and departure path. Boats, swimmers, floating debris, swell, crosswinds and rising terrain can rule out an otherwise large body of water. Salt water may be used by some aircraft and operators, but it brings corrosion, maintenance and environmental considerations.
For an older simulator example, the amphibious CL-215 model for FSX demonstrates the distinctive hull, high wing and repeated scoop-and-drop operating pattern.
How to scoop water in Microsoft Flight Simulator 2024
In Microsoft Flight Simulator 2024, use a supported scooper such as the CL-415, configure it for a water landing and operate its scoop controls while planing through the recognised water area.
- Confirm the aircraft can scoop. A standard wheeled AT-802 is a land-based tanker; the float-equipped Fire Boss is the scooping version. A visual water-bomber livery does not add working tanks or scoops.
- Check the controls before approach. Use the aircraft’s cockpit controls or assigned actions for the scoop system and tank release. Search the control settings for terms such as
scoop,waterandfirefighting. Bindings vary by aircraft, controller profile and platform. - Select the correct water area. In a Career mission, follow the designated refill area and mission prompts. In free flight, the aircraft model must support functional scooping; touching arbitrary water does not guarantee that its tanks will fill.
- Prepare for a water landing. Confirm the amphibious landing gear is up, use the aircraft’s prescribed flap and power configuration, and approach into wind where the mission and terrain allow.
- Establish a stable planing run. Keep the wings level and the aircraft straight on the hull or floats. At the checklist-directed point—before or after contact depending on the simulated type—extend the scoops and monitor the indicated tank quantity.
- Retract and depart. Raise the scoops when the required load is aboard, accelerate and lift off using the aircraft’s normal water take-off procedure. The drop doors or tank-release control are separate from the scoop control.
The same basic sequence applies in MSFS 2024 on PC, Xbox Series X|S and PlayStation 5 or PS5 Pro, but there is no dependable universal button combination across every controller profile. The cockpit checklist and mission prompt take precedence over a generic key guide.
Why will the water tank not fill in MSFS 2024?
A failed scoop usually comes from the wrong aircraft variant, an inactive payload system or an unstable water run rather than a hidden lake-specific trick.
- Wrong variant: the land-based model cannot scoop simply because it has a firefighting paint scheme.
- Landing gear extended: amphibious aircraft need the gear retracted for a water landing.
- Scoops not deployed: the drop command empties the tanks; it does not necessarily lower the intake probes.
- Outside the recognised zone: a Career mission may require the marked refill area rather than nearby water.
- Incorrect attitude or speed: bouncing, turning sharply or leaving the surface too soon can interrupt loading.
- Non-functional add-on: some aircraft provide only an animation or visual drop effect. Check the package description rather than assuming every water-bomber model simulates tank quantity.
- Conflicting bindings: duplicate controller assignments may immediately retract a scoop or release the load.
A mistake we see constantly is treating every Air Tractor as a scooper. Only a suitably equipped amphibious version can refill from water; a conventional tanker must return to a loading base.
Are MSFS wildfires dynamic and interactive everywhere?
MSFS 2024 wildfire interaction is chiefly tied to supported missions, objectives and aircraft systems; every visible smoke plume or scenery fire is not automatically a working firefighting target.
Career Mode adds a native aerial-firefighting workflow, but mission availability depends on progression, specialisation and generated work. Free flight can use the systems of a compatible aircraft, although it does not automatically provide Career objectives or scoring.
Microsoft Flight Simulator 2020 does not have the same native Career firefighting workflow. Fire aircraft, effects and scenarios there are package-dependent, so descriptions and compatibility details matter when browsing our Microsoft Flight Simulator add-on library. In FSX and Prepar3D, systems are likewise add-on driven; for example, a dedicated FSX and Prepar3D firefighting mission system can add water loading, retardant drops, helicopters and simulated fire behaviour that the base simulator does not provide globally.
Are military aircraft used to fight wildfires?
Military aircraft supplement civilian and government fleets when the responsible authority requests and activates them.
Examples include C-130 transports fitted with modular tank systems and military helicopters carrying buckets or external tanks. They operate within the incident command and airspace structure rather than independently. Many military-looking tankers are actually former military aircraft converted and flown by civilian specialist operators.
Can aircraft extinguish a wildfire by themselves?
Aircraft can sometimes knock down a small fire, but they rarely secure a wildfire without firefighters on the ground.
Drops cool active flames, slow the head of a fire, protect a structure or escape route, and buy time for crews to build control lines. Ground personnel must then inspect the area, extinguish hot spots and confirm that the fire cannot restart. Smoke, strong wind, poor visibility, turbulence or unsuitable terrain can delay or cancel aerial drops regardless of the aircraft available.