ABOUT PERFORMANCE FLYWHEELS
Engineering Performance. Made in England.
At Performance Flywheels, we supply high-performance flywheels and bespoke drivetrain solutions for road, track, competition and specialist applications.
Our components are designed, engineered and manufactured in the UK, combining precision engineering with decades of experience in demanding automotive and motorsport applications.
From a single bespoke flywheel to a complete competition drivetrain package, our approach is simple: understand the application, engineer the solution and manufacture it to the required specification.
8,000+ Flywheel Designs
With access to a database of more than 8,000 existing flywheel designs, we can provide solutions for a huge range of engines, vehicles and drivetrain configurations.
Where an existing design isn't suitable, we can develop a bespoke flywheel around your exact application.
Our engineering capability also extends to reverse engineering, making it possible to reproduce and develop components for rare, historic and specialist engines where original specifications or drawings may no longer be available.
From Fast Road to Full Race
We supply drivetrain solutions for a wide range of applications, including:
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Fast-road and track-day uprated single-disc clutch packages
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Twin-disc performance clutch packages
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Specialist multi-plate race clutch systems
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140mm, 184mm, 200mm and 215mm clutch configurations
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Bespoke flywheels for specialist and competition engines
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Custom solutions for rare and non-standard drivetrain combinations
Whether the requirement is a performance upgrade for the road or a drivetrain designed for demanding competition use, the engineering process starts with the application.
Integral Ring Gear Cutting & Dynamic Balancing
Every flywheel is engineered with performance, durability and safety in mind.
Our flywheels incorporate integral ring gears, with the gear engineered as part of the flywheel to provide a secure solution for high-RPM applications. The manufacturer's catalogue specifically highlights integral ring gears and dynamic balancing as key features of its flywheel manufacturing process.
Before final approval, flywheels are dynamically balanced to help ensure the finished component meets the required specification before being supplied.
Engineering From Design to Finished Component
The engineering process doesn't stop at the drawing.
Design and reverse engineering can be carried out in-house, allowing the component to be developed with manufacture in mind. The manufacturer's documentation describes dedicated manufacturing cells alongside CMM capability for reverse engineering and inspection, plus 100% inspection equipment for Tier 1 requirements.
This approach allows us to maintain control over the process, from initial design and material selection through machining, inspection and final balancing.
The result is a component engineered for its intended application — not simply adapted to fit.
Quality Control. 100% Inspection. Complete Traceability.
Quality is built into every stage of the manufacturing process.
Precision inspection and dimensional measurement are used throughout production, supported by CMM inspection, material and component testing, and comprehensive quality-control procedures.
Every component is inspected to ensure it meets the required specification, providing the consistency and traceability expected from a high-performance drivetrain component.
From raw material to finished flywheel, every stage is engineered with precision in mind.