| Company | BurnBot |
| Country | USA |
| Website | https://burnbot.com/techModellogy/ |
| Category | Protection & compliance › Wildfire |
Remote-controlled machine for creating firebreaks by using controlled burning
A controlled burn machine — also referred to as a mechanical ignition or prescribed burn platform — is a purpose-built or modified piece of equipment designed to initiate and manage prescribed fire in a controlled, repeatable, and operationally safe manner, reducing reliance on manual ignition techniques such as hand-held drip torches. These machines range from tractor-mounted drip torch arrays and aerial incendiary devices (AIDs) deployed from helicopters, through to purpose-built ground vehicles equipped with automated ignition systems, GPS-guided fire line placement, and real-time fire behaviour monitoring. The mechanisation of prescribed burning is motivated by several operational imperatives: improving the speed and spatial precision of ignition across large burn units, reducing the number of personnel required in the immediate fire environment, enabling burning in conditions that are too hazardous for manual crews (such as steep terrain or dense fuels), and achieving more uniform burn patterns that meet ecological and fuel management objectives. In Australia, controlled burn machines have been developed and deployed by state fire agencies — including the New South Wales Rural Fire Service, Country Fire Authority in Victoria, and the Department of Biodiversity, Conservation and Attractions in Western Australia — to increase the scale and efficiency of prescribed burning programs that are central to the national approach to wildfire risk reduction. Aerial incendiary devices such as the Premo Ball machine, which drops ignited plastic spheres filled with potassium permanganate and glycol from helicopters, allow rapid aerial ignition of large remote areas that are inaccessible to ground crews. Emerging developments include remotely controlled ground vehicles for mechanical ignition in high-risk environments, and integration with fire behaviour modelling software to automate ignition pattern design based on prevailing wind, fuel moisture, and topographic conditions, improving the consistency and safety of prescribed burn programs.
A useful tool that accelerates site preparation and provides much safer, controlled burning than open piles, offering clear operational risk-reduction benefits.
| Field | Value |
|---|---|
| Company | BurnBot |
| Country | USA |
| Type | Company |
| FWPA RD&E | 2.1 |