We built this because we genuinely like this stuff. Jim and a small
group of flamethrower enthusiasts have been following the scene for
years, testing products, comparing specs, and trading notes. This site
is our best-effort way to share useful buying information without the
usual hype and noise.
Backpack systems still dominate reach. Handheld systems dominate
weight and ease-of-storage.
Highest Our score
Throwflame XL18 currently leads Our score at 9.7.
Battery-powered models lead portability
Published handheld weights sit around 6 lbs, far below backpack
platforms in the same dataset.
Why This Exists
A hobby project from people who actually follow the flamethrower scene
We are not trying to sound like a giant review publisher. We are enthusiasts and pyros who enjoy the category, keep up with new releases, and wanted one place to compare the facts, share context from hands-on experience, and help other buyers cut through bad marketing.
Why Jim started it
After following the market for a long time and testing a lot of the
products, Jim wanted a better comparison site than the usual scattered
product pages, old forum threads, and thin affiliate content.
How we approach it
We keep it on a best-effort basis, lean on published specs and source
links wherever possible, and add practical context from time spent
around these products and the community.
Featured Comparisons
Popular comparison paths
See how the established industry standards stack up against budget alternatives and niche platforms.
These are some of the coolest and most job-specific products flamethrowers. They are worth including because they are genuinely interesting platforms, even if they are not what the average everyday buyer is shopping for.
Robot dog platform
Throwflame Thermonator
Quadruped robot dog platform coupled with Throwflame's ARC system for remote flame delivery.
Price
$9,420
In stock
Published range
30 ft
Weight
37 lbs
Fuel / capacity
ARC-based handheld fuel system
Runtime / firing time
ARC-based / battery dependent
Power / control
1 hour battery, WiFi + Bluetooth
Materials
Quadruped robot platform with mounted ARC flamethrower
Notes
Official page highlights lidar mapping, FPV navigation, obstacle avoidance, laser sighting, and remote operation.
Built by a small group of flamethrower enthusiasts who follow the market closely and compare products for fun
Specs and pricing are sourced from current manufacturer pages, manuals, and other cited references
Best-effort comparisons focused on the numbers that actually matter: range, burn time, fuel system, weight, current price, and safety notes
FAQ
Frequently asked questions
What should I compare first?
Start with range, weight, burn time, and fuel type. Those four specs usually tell you pretty fast whether you are looking at a serious backpack unit or something smaller and easier to carry.
Why do some products not show a clear price?
Some brands sell directly from the product page, while others send you to a dealer or a quote form. If there is no real checkout price on the official page, the table says that instead of guessing.
Are flamethrowers legal everywhere in the US?
No. At the federal level, they are unregulated tools and are not considered firearms by the ATF. However, California and Maryland have the clearest statewide restrictions, and some cities have their own rules too. Check the safety and legal page before you buy or use one.
What fuel should I use?
It depends on the platform. Backpack systems often run diesel-gasoline blends, but compact handheld units like the Throwflame ARC and Exothermic Pulsefire line are straight-gasoline machines. For those handhelds, use gasoline only and do not assume diesel blends will ignite reliably just because a larger backpack unit can run them.
Does higher-octane gas work better in flamethrowers?
No. Octane measures resistance to pre-ignition inside a high-compression engine, which is an engine concern, not an open-air ignition performance upgrade. Higher octane will not make a flamethrower burn hotter, brighter, or more reliably on its own.
Why do backpack models use CO2 instead of compressed air?
CO2 is an inert gas. As fuel leaves the tank, the CO2 fills the empty space, preventing internal combustion. It is generally more stable and allows for lighter, more compact tank designs.
Who put this site together?
Jim and a small group of flamethrower enthusiasts and pyros. We have been following the flamethrower scene for a while, testing products along the way, and wanted a cleaner, more useful place to share what we have learned with other people who are curious about buying one.
What is Our score?
It is an editorial score, not a lab measurement. We use it to reflect the stuff enthusiasts actually talk about: how good a unit looks, how confidence-inspiring the build feels, and how much we trust the company behind it based on support, warranty, and track record.
