Built to take the punishment
Sustained track use punishes an engine like nothing else. We build and blueprint motors with forged internals and race-grade machining so they make power and keep making it.
A street engine sees full load in short bursts. A track engine sees it lap after lap, at high rpm, with heat soaking into every component and oil being thrown around under sustained cornering load. That's a completely different world, and it's where factory tolerances and cast internals start to give up.
We build motors for that world. Forged internals, blueprinted assembly and race-grade machining aren't about chasing a dyno number — they're about a motor that makes its power and keeps making it, session after session, season after season.
Blueprinted, not just assembled
Blueprinting means building the engine to precise, measured specifications rather than the loose tolerances a factory uses for mass production. Every clearance is checked and set: bearing clearances, ring gaps, deck height, valve-to-piston clearance and balance are all measured and corrected, not assumed.
That precision is what lets an engine rev hard, run consistent oil pressure and hold its power. It's slow, deliberate work, and it's the difference between a motor that survives the track and one that lets go on lap five.
Forged internals that take the load
Sustained boost and high rpm load the bottom end in ways a road car never sees. Forged pistons, rods and a prepared crank give the strength and fatigue resistance to handle it, with the headroom to take a knock-event or a hot day without turning into shrapnel.
- Forged pistons, rods and crankshaft preparation
- Precision boring, honing and decking to spec
- Full balancing of the rotating assembly
- Upgraded oil pumps, baffled sumps and cooling
- Valve-train, head porting and camshaft work
- Pre-assembly measurement and documented clearances
Built around how you'll use it
A drag-focused engine, an endurance track motor and a fast street car all want different things from a build. Compression, cam profile, port work and the rev ceiling are chosen around your goals and the conditions the engine will live in, not a one-size-fits-all recipe.
We talk through realistic power targets, fuel choice and longevity expectations up front, so the spec you pay for is the spec your driving actually needs.
Machining and oiling that survive heat
Power is fragile without the systems that protect it. We pay particular attention to oil control and cooling — baffled sumps, upgraded pumps and proper clearances — because oil starvation under sustained cornering kills more track engines than detonation does.
Book a build consult and we'll map out a spec, a realistic timeline and a budget for an engine built to take the punishment and keep making power.
Engine Builds & Rebuilds questions
A full forged build typically runs several weeks once parts are in hand, because blueprinting, machining and balancing can't be rushed without compromising the result. Lead times on forged components and head work are usually the biggest factor, which is why we map a realistic timeline at the consult stage.
If you're running sustained high rpm or boost on track, forged internals give the strength and fatigue resistance that cast factory parts often can't sustain. For lighter use you may not need a full forged build, and we'll give you an honest assessment rather than overselling parts you don't require.
A rebuild restores an engine to healthy factory specification with fresh seals, bearings and gaskets. A built engine goes further, upgrading internals and blueprinting clearances to handle more power and sustained abuse than the factory ever intended.
Ready to book engine builds & rebuilds?
Tell us your car, your goals and the circuits you run. We'll come back with a straight answer, a fixed quote and a data-backed plan.