I Built a 1500HP Big Block Mustang for Burnouts
**Building the Ultimate Burnout Car: A Step-by-Step Journey**
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### Introduction: The Challenge of Australian Burnout Competitions
In the world of car enthusiasts, burnouts are more than just a fun activity—they’re a test of skill, creativity, and engineering. While many car lovers enjoy burnouts for the thrill, in Australia, it’s taken to another level. Down under, burnout competitions are serious business. These drivers don’t just enjoy burning rubber; they build custom cars designed to leave everyone else in the dust. They push the boundaries of performance, style, and innovation, and they’re setting a high bar for the rest of us.
But here’s the thing: we’re not backing down. We decided it was time to create our own burnout car that could hold its own against the best of Australia. And this is where my latest project comes in—a 2017 Ford Mustang with a 2.3L EcoBoost engine. Last time, when we tried something similar, things didn’t end well for the engine. But this time around, we’re determined to transform it into an absolute burnout machine.
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### Tearing It Down: The First Steps
The journey began with tearing down the car. We knew we had to go back to basics—using what we know and trust. This meant working with a tough, reliable chassis that could handle the power we were about to unleash. Our plan was clear: replace the EcoBoost engine with something bigger, badder, and more powerful—a big block V8 with a supercharger.
The first step was removing the airbox. It wasn’t pretty, but it had to be done. Exhaust headers came next, and then the carrier bearing. We carefully pulled out the engine, inch by inch, making sure not to drop it on the front clip of the Mustang—a fate we narrowly avoided. The challenge was real: fitting a Chevrolet motor into a Ford car isn’t straightforward, especially when dealing with mismatched engine mounts.
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### Finding the Right Engine
With the hole for the big block now ready, we set out to find the perfect engine. We settled on a 454 Big Block V8, which we pulled from a wrecked truck. The truck’s life may have been over, but its engine was about to get a new lease on life in our burnout car.
The process of extracting the engine wasn’t easy. We had to unbolt everything, including the transmission and drivetrain, to get it out cleanly. It took some finesse, but we managed to pull the beast out without damaging anything else.
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### Fitting the Engine: A Test of Skill
Fitting the 454 Big Block into the Mustang was no small feat. We knew Chevrolet motors don’t fit seamlessly into Ford cars, so we had to create an adapter plate to make it work. This involved measuring, cutting, and welding parts together to ensure everything aligned perfectly.
The moment we dropped the engine into place, we were nervous but confident. The motor mounts held tight, and the engine settled into position like it belonged there. It was a triumph of engineering and perseverance.
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### Preparing for Power: Fuel Systems and Headers
With the engine in place, the next step was setting up the fuel system. This time around, we went with complete mechanical fuel injection, which would allow us to run alcohol and push 10-12 pounds of boost through the supercharger. The motor we had on hand might have been a junkyard find, but it was about to get a second life as a high-performance beast.
Headers were next. We initially tried using some long-tube headers from a Camaro, but they didn’t fit the Mustang’s frame. Instead of giving up, we decided to custom-make them from stainless steel—a process that took weeks but was worth every minute. The result? Headers that fit perfectly and added an impressive touch to the car’s aggressive look.
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### Final Touches: Exterior and Interior Upgrades
Once the engine was in place and everything was plumbed, it was time for some finishing touches. We swapped out the Mustang’s factory wheels for a set of custom rims with chunky tires—a decision that gave the car an even more aggressive stance. However, this meant we needed fender flares to accommodate the wide rear. bushwhacker was added to make sure everything looked cohesive.
Inside, we kept things simple—just a steering wheel and some basic gauges. The focus was on getting the car ready for burnouts, not on luxury or comfort.
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### Testing the Beast: A Nail-Biting Moment
Finally, it was time to see if all our hard work paid off. We poured in the fuel, connected everything, and hit the starter button. For a moment, nothing happened, but then, with a roar, the engine came to life. It was deafening—exactly what we wanted.
We couldn’t resist hitting the throttle and letting the car burn rubber for the first time. The supercharger whine mixed with the V8 growl was pure perfection. But as we pushed it harder, things started going sideways—or rather, under water. It turned out the intake had sucked in a significant amount of water during the test run, leaving us with a totaled engine.
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### Reflections and Future Plans
Despite the setback, we’re not discouraged. The car was only supposed to be a temporary build, anyway. We’ve already got plans for the next iteration—one that won’t involve this particular engine. For now, we’ll take a break, regroup, and come back stronger than ever.
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### Conclusion: A Labor of Love
Building this burnout car wasn’t just about creating something fast and loud—it was about pushing boundaries and proving that even in the face of challenges, anything is possible with enough determination and skill. Whether it’s Australian burnout competitions or our own backyard, we’re ready to take on the challenge—and this time, we’ll do it right.
Stay tuned for the next chapter in this story—because when it comes to burnouts, we’re just getting started.