Final-edition F-TYPE, upgraded where it matters
The Jaguar F-TYPE R75 closes the line with exactly the kind of character enthusiasts want to preserve: supercharged V8 power, compact proportions, and real visual drama. It is also a heavy, fast road car that asks a lot from its brakes.
This build replaces the standard iron-brake setup with a full custom package built around Brembo GTS calipers and STOPFLEX carbon ceramic rotors. The result is not just bigger hardware. It is a more disciplined solution for owners who want sharper response, cleaner wheels, and stronger thermal stability without losing street usability.
At a glance: the source configuration shown here uses a 405mm front carbon ceramic setup with 6-piston Brembo GTS calipers and a 400mm rear setup with 4-piston Brembo GTS calipers, designed around a 20-inch minimum wheel requirement.
Why the F-TYPE responds so well to a carbon ceramic conversion
The F-TYPE has always been a car that rewards chassis balance. On a platform carrying a supercharged V8 over the nose, brake mass matters more than most owners realize. A lighter rotor package reduces unsprung weight and changes how quickly the front end reacts to steering and surface changes.
- Less unsprung mass: STOPFLEX carbon ceramic rotors are about half the weight of same-size steel rotors.
- Lower dust: when paired with STOPFLEX pads, the system produces very low visible brake dust.
- Better heat behavior: carbon ceramic braking remains more stable as temperatures rise than a typical heat-soaked steel setup.
- Cleaner finish over time: the rotors do not rust after rain exposure.
Source build specification
| Item | Configuration shown in this article |
|---|---|
| Vehicle | Jaguar F-TYPE R (X152) / R75 application context |
| Front brake hardware | Brembo GTS 6-piston caliper with 405mm STOPFLEX carbon ceramic rotor |
| Rear brake hardware | Brembo GTS 4-piston caliper with 400mm STOPFLEX carbon ceramic rotor |
| Pad material | Low-dust ceramic compound |
| Wheel requirement | 20-inch minimum, with final clearance confirmation recommended by wheel design |
| Quoted weight reduction in source build | Approximately 26 kg total |
Compatibility note
This is a custom big brake kit application, not a generic pad-and-rotor swap. The rear axle also requires an application-specific solution because the Jaguar F-TYPE uses an electronic parking brake. Fitment should always be confirmed against the exact vehicle year, trim, and wheel design before ordering.
What the owner actually gains
Sharper front-end feel
The biggest change is not only at the pedal. Taking substantial mass out of the brake assembly helps the suspension react faster and makes the nose feel less reluctant on turn-in. On a front-heavy performance car, that matters.
Stronger thermal consistency
The F-TYPE is quick enough to expose the limits of conventional iron brakes during repeated hard use. A carbon ceramic rotor has much better resistance to heat saturation, which helps preserve pedal confidence during aggressive road driving and repeated high-speed stops.
Cleaner day-to-day ownership
With the correct STOPFLEX pad pairing, brake dust drops dramatically. That means less buildup on the gloss black wheels and less of the constant cleaning that typically comes with a powerful factory brake setup.
Premium finish that stays premium
Carbon ceramic rotors do not develop the orange rust film that steel rotors show after washing or rain. On a collector-minded car like the R75, that visual cleanliness is part of the upgrade, not a side benefit.
Engineered around the rear electronic parking brake
The rear axle is where most generic big brake kits stop being usable on the F-TYPE. The car uses an electronic parking brake, so the rear caliper and bracketry have to be developed specifically for this platform rather than borrowed from another application.
In this build, the 400mm STOPFLEX rear rotor is matched to a 4-piston Brembo GTS caliper that retains full EPB functionality. That keeps the daily-driver behavior intact while still delivering the unsprung-mass and thermal advantages of carbon ceramic on the rear axle.
Decision flow before ordering
1. Confirm the wheel package
This build is based around a 20-inch minimum requirement. Factory 20-inch wheels are the starting point, but exact spoke and barrel clearance still need confirmation.
2. Define the goal
If the priority is less brake dust, lower unsprung mass, better heat control, and a more serious visual package, a full front-and-rear upgrade makes sense.
3. Validate rear EPB integration
The rear setup must be engineered around the Jaguar electronic parking brake. That is why this application is handled as a bespoke package, not an off-the-shelf universal swap.
Installed view through the wheel
Through the spokes, the visual contrast tells the story: a clean ceramic rotor face, a high-finish Brembo GTS caliper, and no rust film building up after rain. The hardware reads as factory-grade rather than aftermarket, which is what an R75 owner is usually looking for.
Jaguar F-TYPE R75 carbon ceramic brake FAQ
What is included in this Jaguar F-TYPE R75 brake upgrade?
This application is built as a full custom big brake kit for the Jaguar F-TYPE platform, using Brembo GTS calipers with STOPFLEX carbon ceramic rotors. The source configuration shown here uses a 405mm front setup with 6-piston calipers and a 400mm rear setup with 4-piston calipers, paired with low-dust ceramic pads.
Will this fit under factory 20-inch wheels?
The source build is described as a 20-inch minimum wheel application. Wheel-barrel and spoke clearance should still be confirmed against the exact wheel design before ordering, especially on custom or aftermarket wheels.
How is the Jaguar electronic parking brake handled on the rear axle?
Because the F-TYPE uses an electronic parking brake, this is treated as a bespoke rear solution rather than a generic caliper swap. The kit is configured to retain parking brake functionality with application-specific hardware.
Is a carbon ceramic setup still suitable for normal street driving?
Yes. In this type of street-focused configuration, the goal is not just peak braking power but also refinement. With the correct pad pairing, STOPFLEX carbon ceramic systems can deliver normal cold braking behavior, very low brake dust, and cleaner day-to-day operation than typical steel-brake setups.
What are the main benefits over the standard iron brakes?
The biggest gains are lower unsprung mass, cleaner wheels, stronger resistance to heat buildup, and a more premium long-term finish. Carbon ceramic rotors are much lighter than comparable steel rotors, do not rust after rain exposure, and maintain braking stability better when temperatures climb.
