Big Wind was a Hungarian tracked fire-extinguishing vehicle built for a job ordinary fire engines cannot do: attack raging oil- and gas-well blowouts at close range. Its aircraft turbojets drove a high-speed mixture of exhaust and water toward the fire. That combination cooled the wellhead and disrupted the burning flow; it was a specialized well-control machine, not a general-purpose firefighting tank.
How did Big Wind put out oil-well fires?
The familiar shorthand—that jet engines simply blew out the flames—leaves out the key part: water. Big Wind’s turbojets produced a fast exhaust stream, and water was injected into it before the mixture reached the fire. The resulting gas-and-water jet combined force with cooling.
A 2016 Safety & Fire Technology article describes gas/water-jet equipment as producing an outlet mixture of about 60% water and 40% gas by total mass. It reports oxygen concentration of no more than 14% at the outlet, rising to 17–18% at 12–15 metres. These are category-level figures, not measurements specific to Big Wind. The article explains that some water vaporizes in the hot stream, while small droplets reach the combustion area and cool it.
The same technical article gives an example from a related vehicle, the AGVT-100: a flow of 60 litres per second for five minutes reduced wellhead temperature from 950°C to 100–150°C. That is an AGVT-100 example, not a recorded Big Wind result.
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- Slide molded turret and upper hull parts give an unbeatable combination of hassle-free assembly and highly realistic detail levels. Cast metal turret and welded hull surface textures are rendered accurately.
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What was Big Wind built for?
Big Wind belonged to a wider family of turbo-reactive extinguishers developed for oil- and gas-well blowouts. The approach followed earlier Soviet and Hungarian experiments, alongside other tracked and truck-mounted systems. A 2024 historical account in Műszaki Katonai Közlöny places the Hungarian unit’s Kuwait firefighting operations between 1991 and 1993.
In Kuwait, well fires followed the 1991 Gulf War. Big Wind’s purpose was to get a powerful stream close enough to a well to suppress or disrupt the fire while cooling the area. The Kuwait Oil Company’s environmental-program publication describes Hungarian teams bringing a vehicle with MiG-21 engines, first mounted on a T-34 chassis and later on a T-55. Its account is available through the company’s environmental-program page.
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Which tank chassis did Big Wind use?
Big Wind’s chassis history is easy to blur in photographs and retellings. Accounts describe the Kuwait-era vehicle as beginning on a T-34 base, with its superstructure later transferred to a T-55-family recovery vehicle, commonly identified as the VT-55A. A caption that names only one chassis may therefore describe one phase rather than the vehicle’s entire history.
Do not confuse Big Wind with the separate German “Hurricane” design. The 2024 Műszaki Katonai Közlöny article describes that later vehicle as using a T-55 combat-tank chassis and a Soviet R-13-300 engine. Those details belong to Hurricane, not Big Wind.
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- 1/48 scale plastic model assembly kit. Length: 156mm. width: 62mm.
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- Comes with a commander torso figure and 2 marking options.
What did it accomplish in Kuwait?
A 2024 article in Acta Oeconomica reports that the Hungarian team extinguished nine wells in 42 days, including one in 34 seconds. Treat those numbers as that article’s historical account, not as a controlled engineering test or a typical time for putting out a well fire. Operational accounts also differ on crew size: Hackaday describes a three-person operating crew, while the Acta Oeconomica account refers to a four-person drilling-firm crew followed by a Hungarian quintet.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What were Big Wind’s limits?
A jet-powered stream was not a universal answer to an oil-well fire. The 2016 technical article says gas/water-jet vehicles have an effective range of no more than 15 metres and consume large quantities of extinguishing agent, which can be costly. Getting close enough to use the stream also makes operating distance and heat exposure central considerations.
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- Model scale 1:35
- Illustrated assembly instructions
The same article discusses other approaches, including continuous water delivery, powder jets, impulse systems, explosives, mechanical methods and combinations. Conventional water monitors can be unsuitable near major eruptions because of thermal radiation. Powder systems bring cost and environmental-contamination concerns; impulse powder methods can offer mobility and dispersion but have short range and health or environmental drawbacks. The best method depends on the fire, access, agent supply, personnel protection and cleanup consequences—not on a single vehicle’s spectacle.
Where can you see Big Wind?
Big Wind appears in the 1992 IMAX documentary Fires of Kuwait, which covers the broader international effort to extinguish Kuwait’s oil fires. Hackaday notes the vehicle’s appearance in the film. A DVD edition is documented, though current availability and the exact edition offered vary by marketplace.
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