Welcome to your specialist for TVR Griffith drivetrain parts. As dedicated Swedish driveline specialists, we understand the demands placed on a high-performance sports car like the TVR...
The TVR Griffith is an iconic British sports car renowned for its raw power and lightweight construction. To transfer this power to the road effectively and safely, you need a drivetrain in prime condition. The driveline in a Griffith is exposed to tremendous stress, particularly given the high torque produced by its potent engines combined with the car's low kerb weight. Every component, from the gearbox to the wheel hub, must work together seamlessly to preserve the direct driving feel for which this model is famous. As a driveline specialist, we understand the importance of fitting car parts that match original specifications to guarantee both performance and durability.
When maintaining the drivetrain on a TVR Griffith, it is not merely about replacing a broken part, but about preserving the car's integrity. Because these vehicles are often driven enthusiastically, wear on components such as CV joints and axles is substantially higher than on an everyday passenger car. At CVJoint24, we specialise in supplying the exact spare parts required to keep your TVR on the road. By focusing on uncompromising quality and precise fitment, we help you avoid future driveline issues and ensure your car remains the thoroughbred driver's machine it was engineered to be.
The drivetrain layout of the TVR Griffith follows the classic sports-car principle: a front-mounted engine and rear-wheel drive. Power is transmitted from the engine through the gearbox to a propeller shaft, which in turn drives the rear-mounted differential. From the differential, the drive shafts extend out to the rear wheels. What makes the Griffith unique is its compact tubular chassis and independent rear suspension, placing significant demands on the articulation of the driveshafts and constant velocity joints. The CV joints must manage suspension travel and the severe angles created under hard acceleration without binding, vibrating, or losing efficiency.
The inner CV joints play a vital role in this setup. Mounted directly to the differential outputs, they allow the drive shaft to plunge in and out as the rear wheels travel over bumps and undulations. On a car like the TVR Griffith, where ground clearance is minimal and suspension travel is firmly optimised for road holding, this plunge motion is critical. A properly functioning TVR drivetrain requires these joints to be thoroughly greased and protected by intact CV boots to stop dirt ingress destroying the precision-machined internal bearing surfaces. Understanding this layout is essential for correctly diagnosing any driveline issues that may develop over the life of the car.
One of the most frequent indicators of drivetrain wear on a TVR Griffith is vibration under acceleration. If you notice the car shaking or shuddering when you step on the throttle, with the vibration immediately subsiding when you ease off, a worn inner CV joint is typically the cause. This occurs when pitting or grooving develops in the inner joint tracks, causing imbalance and binding under load. Because the Griffith offers raw, direct feedback to the driver, these symptoms are often felt much sooner than in heavily soundproofed modern cars.
Another common warning sign is mechanical noise, such as clicking or knocking sounds when driving at lower speeds or applying throttle abruptly. It is equally essential to carry out regular visual inspections of the CV boots. If a boot tears, grease is flung out and contamination enters, rapidly leading to overheating and complete joint failure. On the TVR Griffith, heat radiated from the exhaust system running close to the drivetrain can accelerate drying and cracking of the rubber boots. Addressing these early warning signs promptly will prevent costly collateral damage and ensure you are never left stranded at the roadside.
The most critical component to monitor in this model's drivetrain is undoubtedly the inner CV joint. Owing to the car's geometry, power delivery, and low ride height, the inner CV joint for TVR Griffith is usually the first component to display wear. It handles the continuous torque load straight from the differential while coping with dynamic suspension movement. Replacing a worn inner constant velocity joint in good time is vital to protect the rest of the transmission, including the differential bearings and gearbox, from damaging vibrations.
Alongside the CV joints themselves, replacement CV boot kits and fitting hardware are crucial for proper maintenance. When replacing a joint, always fit new circlips, snap rings, and high-performance CV joint grease to maximise component life. Since the TVR Griffith is a performance machine built for spirited driving, we recommend using parts developed to withstand high loads. Investing in premium components from the outset means fewer visits to the garage and more time behind the wheel. We ensure you get the exact parts tailored to your vehicle's specific driveline setup.
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With multiple drivetrain components that can exhibit similar symptoms, it pays to begin in the right category. By narrowing down the specific areas for the TVR Griffith, you can easily distinguish between drive shaft, CV joint, or prop shaft issues, guiding you straight to the products that match your car's symptoms and dimensions.
If you are unsure which part needs renewing or have questions regarding fitment, our knowledgeable customer support team is always here to assist. With in-depth technical expertise in driveline systems, we will guide you to the right car parts so your order is correct from the start. Getting the exact part first time saves both time and workshop costs, giving you total peace of mind with your purchase.
CVJoint24 is the international shop of a Swedish driveline specialist, with our central warehouse based in Helsingborg, Sweden. We combine decades of technical expertise with a product range selected to meet rigorous standards of quality and fitment. When you buy from us, you receive high-grade spare parts backed by our passion for driveline engineering. We understand that your TVR Griffith is a cherished performance car, and we only supply components we would gladly install in our own vehicles. With our accurate fitment guidance, you can be confident that the parts you order will fit your car perfectly.
We also understand that when a vehicle is off the road, you need replacements without delay. We offer prompt dispatch and dependable shipping across the European Union to minimise downtime in the workshop. By choosing CVJoint24 as your driveline partner, you benefit from dependable service, correct fitment, and the engineering know-how of a true Swedish specialist. Whether you are carrying out a classic restoration or keeping an enthusiast car in prime mechanical order, welcome to CVJoint24 – your specialist in automotive drivetrain components.
The most common symptoms are vibrations throughout the car under acceleration that disappear when you lift off the throttle. You may also notice clunking noises during load changes or spot grease splattered on the underside of the car if a CV boot has split.
Yes, by selecting your specific TVR Griffith model, year and engine variant, you can quickly filter out the exact parts engineered for your car. It is the most reliable way to ensure a correct fit.
This is due to the high torque delivered by the engine, combined with a compact layout where the CV joints often operate under higher temperatures and at tighter operating angles than in a standard passenger car.
Absolutely! We offer a fitment guarantee on all our parts when you select your vehicle's make, model and engine, ensuring total peace of mind that the component you receive will fit your TVR Griffith perfectly.
We always aim for the fastest possible dispatch from our Swedish central warehouse across the EU, helping you get your car back on the road without delay.
It is not strictly essential, but because both joints have typically been subjected to the same mileage and wear, replacing them in pairs is strongly recommended to ensure a balanced, vibration-free drivetrain.