The Exedy HF03 Lightweight Flywheel is designed to enhance the performance of 2016-2017 Honda Civic models equipped with the 1.5L turbo engine. Constructed from a solid one-piece billet aluminum, this flywheel significantly reduces weight, resulting in quicker engine response and improved acceleration.
Its low-inertia design ensures faster throttle response and smoother power delivery, making it ideal for both daily driving and competitive motorsports such as autocross, rally, and drag racing. With high thermal capacity, the HF03 efficiently dissipates heat, maintaining consistent performance even under demanding driving conditions.
Engineered for precise fitment, the HF03 offers straightforward installation and reliable operation. Whether upgrading for performance or replacing a worn component, this flywheel provides a durable, lightweight solution that improves drivability and engine dynamics.
Features:
- Material: Solid billet aluminum for durability and lightweight performance
- Design: Low inertia to improve throttle response and acceleration
- Thermal Capacity: High thermal capacity for efficient heat dissipation
- Compatibility: Fits 2016-2017 Honda Civic models with 1.5L turbo engine
- Application: Suitable for street use, autocross, rally, and drag racing
Fitment:
2016 Honda Civic EX-L
2016 Honda Civic EX-T
2016 Honda Civic Touring
2017 Honda Civic EX
2017 Honda Civic EX-L
2017 Honda Civic EX-T
2017 Honda Civic LX
2017 Honda Civic Si
2017 Honda Civic Sport
2017 Honda Civic Sport Touring
2017 Honda Civic Touring
2018 Honda Civic EX
2018 Honda Civic EX-L
2018 Honda Civic EX-T
2018 Honda Civic LX
2018 Honda Civic Si
2018 Honda Civic Sport
2018 Honda Civic Sport Touring
2018 Honda Civic Touring
2019 Honda Civic EX
2019 Honda Civic EX-L
2019 Honda Civic LX
2019 Honda Civic Si
2019 Honda Civic Sport
2019 Honda Civic Sport Touring
2019 Honda Civic Touring
2020 Honda Civic EX
2020 Honda Civic EX-L
2020 Honda Civic LX
2020 Honda Civic Si
2020 Honda Civic Sport
2020 Honda Civic Sport Touring
2020 Honda Civic Touring
