Kinetix high performance brake discs are a direct replacement for your OEM brakes without any modifications.
Designed to significantly improve your vehicle's stopping power giving you the confidence to drive harder and push further than ever before!
Front Brakes Setup:
Brake Disc Type: High Carbon | Internally Vented
Brake Disc Diameter: 350mm
Brake Disc Thickness: 32mm
Brake Disc Minimum Thickness: 30mm
Brake Disc Type: High Carbon | Internally Vented
Brake Disc Diameter: 350mm
Brake Disc Thickness: 32mm
Brake Disc Minimum Thickness: 30mm
To Fit:
Jaguar XE X760 2.0 D AWD 2015-
Jaguar XE X760 2.0 D 2015-
Jaguar XE X760 2.0 2015-
Jaguar XE X760 3.0 S 2015-
Jaguar XE X760 2.0 D AWD 2017-
Jaguar XE X760 2.0 AWD 2017-
Jaguar XE X760 3.0 S AWD 2017-
Jaguar XE X760 2.0 2017-
Jaguar XE X760 3.0 S 2017-
Jaguar XE X760 2.0 D200 AWD 2020-
Jaguar XE X760 2.0 D200 2020-
Jaguar XE X760 2.0 P250 2022 2023
Jaguar XF X260 2.0 D 2015-
Jaguar XF X260 3.0 D 2015-
Jaguar XF X260 3.0 AWD 2015-
Jaguar XF X260 2.0 2015-
Jaguar XF X260 3.0 2015-
Jaguar XF X260 3.0 2015-
Jaguar XF X260 2.0 D AWD 2016-
Jaguar XF X260 2.0 D AWD 2017-
Jaguar XF X260 2.0 D 2017-
Jaguar XF X260 3.0 D 2017-
Jaguar XF X260 3.0 AWD 2017-
Jaguar XF X260 2.0 2017-
Jaguar XF X260 3.0 2017-
Jaguar XF X260 2.0 AWD 2017-
Jaguar XF X260 2.0 AWD 2018-
Jaguar XF X260 2.0 D200 AWD 2020-
Jaguar XF X260 2.0 D200 2020-
Jaguar XF X260 2.0 AWD 2020-
Jaguar XF X260 2.0 D 2021-
TO FIT MODELS WITH 350mm X 32mm BRAKE DISC SETUP
Jaguar XE X760 2.0 D 2015-
Jaguar XE X760 2.0 2015-
Jaguar XE X760 3.0 S 2015-
Jaguar XE X760 2.0 D AWD 2017-
Jaguar XE X760 2.0 AWD 2017-
Jaguar XE X760 3.0 S AWD 2017-
Jaguar XE X760 2.0 2017-
Jaguar XE X760 3.0 S 2017-
Jaguar XE X760 2.0 D200 AWD 2020-
Jaguar XE X760 2.0 D200 2020-
Jaguar XE X760 2.0 P250 2022 2023
Jaguar XF X260 2.0 D 2015-
Jaguar XF X260 3.0 D 2015-
Jaguar XF X260 3.0 AWD 2015-
Jaguar XF X260 2.0 2015-
Jaguar XF X260 3.0 2015-
Jaguar XF X260 3.0 2015-
Jaguar XF X260 2.0 D AWD 2016-
Jaguar XF X260 2.0 D AWD 2017-
Jaguar XF X260 2.0 D 2017-
Jaguar XF X260 3.0 D 2017-
Jaguar XF X260 3.0 AWD 2017-
Jaguar XF X260 2.0 2017-
Jaguar XF X260 3.0 2017-
Jaguar XF X260 2.0 AWD 2017-
Jaguar XF X260 2.0 AWD 2018-
Jaguar XF X260 2.0 D200 AWD 2020-
Jaguar XF X260 2.0 D200 2020-
Jaguar XF X260 2.0 AWD 2020-
Jaguar XF X260 2.0 D 2021-
TO FIT MODELS WITH 350mm X 32mm BRAKE DISC SETUP
The coss drilled holes produce a scraping effect that cleans the surface of the pad from hazardous material deposits, thus preventing that even the slightest amount of ferrous material – that come from the brake disc wear- can sediment on the friction material of the brake pad.
The presence of the cross drilled holes leads to greater air circulation, resulting in improved heat dissipation capability and its increased performance.
Features:
1: Improved Braking Performance - These rotors are designed to enhance your car's stopping power, providing better overall braking performance. Whether you're hitting the brakes hard or cruising around town, these rotors will give you that extra confidence and control.
2: Heat Dissipation - With their cross drilled design, these rotors offer excellent heat dissipation. This helps to prevent brake fade, ensuring consistent and reliable braking even during intense driving situations.
3: Silver anti corrosion coating on non-friction areas reduces corrosion & ensure your disc rotors last longer.
4: Cleaner Braking Surface - The drilled holes in these rotors allow brake dust and debris to escape, keeping the braking surface cleaner. This means better contact between the brake pads and rotors, resulting in more effective braking.
5: Visually pleasing on the car. Get that sporty look behind your wheels!
6: The cross drilled holes serve to prevent water film that may form on the braking surface. Even when driving on slick roads the brake system responds effectively already at the first braking.
High Carbon:
Improved driving comfort –
High carbon content in cast iron ensures softer disc operation.
Excellent product design –
Kinetix brake discs are made of an improved cast iron alloy. Their manufacturing process is strictly controlled and the content of specific components is closely monitored.
Improved thermal conductivity –
Kinetix brake discs made of high carbon cast iron feature improved thermal conductivity and decreased heating of the brake disc contact area.
The presence of the cross drilled holes leads to greater air circulation, resulting in improved heat dissipation capability and its increased performance.
Features:
1: Improved Braking Performance - These rotors are designed to enhance your car's stopping power, providing better overall braking performance. Whether you're hitting the brakes hard or cruising around town, these rotors will give you that extra confidence and control.
2: Heat Dissipation - With their cross drilled design, these rotors offer excellent heat dissipation. This helps to prevent brake fade, ensuring consistent and reliable braking even during intense driving situations.
3: Silver anti corrosion coating on non-friction areas reduces corrosion & ensure your disc rotors last longer.
4: Cleaner Braking Surface - The drilled holes in these rotors allow brake dust and debris to escape, keeping the braking surface cleaner. This means better contact between the brake pads and rotors, resulting in more effective braking.
5: Visually pleasing on the car. Get that sporty look behind your wheels!
6: The cross drilled holes serve to prevent water film that may form on the braking surface. Even when driving on slick roads the brake system responds effectively already at the first braking.
High Carbon:
Improved driving comfort –
High carbon content in cast iron ensures softer disc operation.
Excellent product design –
Kinetix brake discs are made of an improved cast iron alloy. Their manufacturing process is strictly controlled and the content of specific components is closely monitored.
Improved thermal conductivity –
Kinetix brake discs made of high carbon cast iron feature improved thermal conductivity and decreased heating of the brake disc contact area.