fits make: Jaguar.

( Brand: Dunlop ), ( Manufacturer Part Number: VBM214 ), ( Part Type: Rotor Brake ), ( Country/region Of Manufacture: United Kingdom )
Introducing the Dunlop VBM214 Jaguar C-Type D-Type Front Brake Rotors, a high-performance upgrade for your classic Jaguar model. These rotors are meticulously designed and manufactured to provide superior braking performance, authenticity, and durability for your C-Type or D-Type Jaguar.
The Dunlop VBM214 rotors are engineered to perfectly fit and function in your Jaguar's original brake system. Their diameter measures 250mm (10 inches) and they are available in both left-hand (LH) and right-hand (RH) configurations to cater to your specific vehicle setup.
Made from premium quality gray iron casting, these rotors deliver exceptional strength and rigidity. The gray iron material is known for its excellent heat conductivity, which is essential for efficient heat dissipation during heavy braking. This ensures that the brake pads maintain optimal operating temperature, providing consistent braking performance throughout your drive.
Each rotor features a classic Jaguar C-Type or D-Type-inspired knurled edge finish. This not only adds an authentic touch to your vehicle but also helps to prevent the brake pads from squealing during use. The knurled edge also aids in the proper seating and bedding-in of the brake pads.
The Dunlop VBM214 Jaguar C-Type D-Type Front Brake Rotors are designed and manufactured to meet or even exceed the original equipment specifications. They are compatible with original Jaguar brake calipers and pads, ensuring a seamless and hassle-free installation process.
Upgrade your Jaguar C-Type or D-Type with these high-performance Dunlop VBM214 front brake rotors, and experience improved braking performance, enhanced authenticity, and long-lasting durability.
The Dunlop VBM214 Jaguar C-Type D-Type front brake rotors are aftermarket options designed to provide improved braking performance for Jaguar C-Type and D-Type vehicles. This analysis aims to help potential buyers make an informed decision by outlining the pros and cons of purchasing these rotors.
Pros:1. Enhanced Braking Performance: Dunlop VBM214 rotors are designed to offer superior braking performance due to their larger diameter and improved cooling capabilities.
2. Authentic Jaguar Look: These rotors closely resemble the original Jaguar C-Type and D-Type rotors, adding authenticity and appeal for enthusiasts.
3. Durability: Made from high-quality materials, these rotors are built to withstand the rigors of racing and high-performance driving.
4. Easy Installation: The rotors are designed to fit Jaguar C-Type and D-Type vehicles with minimal modification, making installation a relatively straightforward process.
Cons:1. Cost: Dunlop VBM214 rotors are more expensive than OEM rotors due to their larger diameter and improved performance capabilities.
2. Potential for Vibration: Some users have reported experiencing vibration after installing these rotors, which may require additional balancing or machining to resolve.
3. Break-in Period: To ensure optimal performance, these rotors require a break-in period, which may include careful driving and monitoring for any potential issues.
Conclusion:The Dunlop VBM214 Jaguar C-Type D-Type front brake rotors offer enhanced braking performance and an authentic Jaguar look for enthusiasts. However, their higher cost and potential for vibration may be drawbacks for some buyers. Ultimately, the decision to purchase these rotors depends on an individual's priorities, budget, and desired level of performance.
Recommendation:For those seeking improved braking performance and an authentic Jaguar look, the Dunlop VBM214 Jaguar C-Type D-Type front brake rotors are a worthwhile investment. However, buyers should be prepared for the potential added costs and any potential vibration issues that may arise. Prospective purchasers are encouraged to consult with a knowledgeable mechanic or Jaguar specialist for advice on installation and any potential concerns.
DUNLOP PART NUMER VBM214.