10 Aug How To Maximize Your Smoke for Burnout Wars at LS Fest
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Going back to LSFest wasn’t just a repeat trip—it was a completely different experience. The first time around, it was all observation, watching cars shred tires and engines scream. This time, stepping in as part of Team Mullet Machine meant being in the chaos, solving problems in real time, and seeing what it actually takes to compete. It quickly became clear that burnout competition isn’t just about showing up and lighting tires—it’s about surviving the unexpected.
Being invited by a crew you’ve already worked with adds another layer. There’s trust there, built from past moments where things broke and you stepped in to fix them. That dynamic turns the weekend into more than just an event—it becomes a test of skill, adaptability, and how well you can think under pressure when everything starts going wrong.
Two Cars, Endless Problems
The weekend unfolded exactly how motorsports weekends tend to—nothing went according to plan. Two cars entered, but neither made it through cleanly. One ended up with a destroyed engine, the other battled injector failures, and somewhere in between came a bent frame, last-minute parts sourcing, and a scramble just to stay in the game.
What stands out isn’t just the failures—it’s how quickly everything escalated. In a matter of hours, the focus shifted from competing to simply getting something—anything—running again. That constant pivot is what defines these events, where preparation meets reality and reality usually wins.
The Run That Should Have Won
Despite everything going wrong, there was a moment where it all came together. The Smoking Mullet laid down a run that checked every box—smoke, control, spectacle. It was the kind of performance that gets remembered, the kind that wins competitions.
But in burnout competition, the rules don’t bend for great moments. When the car couldn’t drive itself off the pad after the tires blew, the run didn’t count. It’s a brutal reminder that execution matters just as much as performance, and even the best run of the day can be erased by one final detail.
What Burnout Competition Really Is
From the outside, burnout competitions look simple—rev the engine, spin the tires, make smoke. But that assumption disappears the moment you’re inside it. The rules demand something far more extreme: sustained chaos under control, with both tires required to completely destroy themselves by the end of the run.
Judging isn’t just about smoke. It’s about control, aggression, and the ability to maintain a performance from start to finish without interruption. That means drivers are balancing on the edge of mechanical failure while still putting on a show, and that balance is where the real challenge lives.
Sustained Power Changes Everything
Unlike drag racing, where full power lasts only a few seconds, burnout cars live at wide-open throttle for over a minute. That single difference changes everything about how a car needs to be built. Heat doesn’t spike and drop—it builds continuously with nowhere to go.
This sustained load creates problems most motorsports never encounter. Engines aren’t just pushed—they’re held at their absolute limit, forcing every system to deal with constant stress instead of short bursts. It’s a completely different engineering challenge, and one that exposes weaknesses almost instantly.
The Cooling Problem No One Talks About
Cooling systems are designed around motion, and burnout cars have none. Sitting stationary while producing massive heat means there’s no natural airflow through the radiator. Fans alone can’t replicate the effect of a car moving at speed, and the result is heat buildup that quickly becomes destructive.
Within seconds, temperatures climb into dangerous territory. Without proper preparation, engines overheat, coolant systems fail, and components begin to break down. It’s not a matter of if—it’s a matter of how fast, and that makes cooling one of the most critical challenges in the entire sport.
Why LS Platforms Dominate
Walk through the paddock and you’ll see a pattern—LS engines everywhere. That’s not just because of availability; it’s because they’ve proven themselves in this exact environment. The iron block variants, in particular, offer durability and thermal stability that aluminum setups struggle to match under sustained heat.
There’s also a practical side to it. These engines are affordable, widely supported, and easy to replace when something inevitably fails. In a motorsport where destruction is part of the process, having a platform that’s both strong and replaceable is a massive advantage.
Fuel as a Cooling Strategy
Fuel choice in burnout cars isn’t just about power—it’s about survival. Methanol and E85 play a crucial role in managing heat, absorbing energy during combustion and helping keep internal temperatures under control. In many ways, the fuel system becomes part of the cooling system.
This approach allows engines to handle conditions that would otherwise destroy them almost instantly. By pulling heat directly out of the combustion process, these fuels provide a level of thermal management that external cooling systems simply can’t achieve on their own.
The Culture Behind the Chaos
What makes burnout competition unique isn’t just the cars—it’s the mindset. Unlike many forms of racing, where winning is everything, burnout culture leans heavily into spectacle and shared experience. Competitors push each other, not just to win, but to put on the best possible show.
That shift in focus changes everything. When destruction is expected and even encouraged, the atmosphere becomes less about beating others and more about delivering something unforgettable. It’s competitive, but it’s also collaborative in a way that most motorsports aren’t.
Engineering Hidden in Plain Sight
By the end of the weekend, the biggest takeaway wasn’t about the runs or the results—it was about the engineering behind it all. Burnout cars solve problems that most other motorsports never encounter, from heat management to sustained mechanical stress.
What looks like chaos is actually a collection of highly specific solutions working together under extreme conditions. And once you see that, it’s impossible to unsee it. Burnout competition stops being just noise and smoke—and starts looking a lot more like one of the most demanding engineering challenges in motorsports.
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