The Kitsune Performance range has been expanded with suspensions from the renowned KW brand, known for its precise and advanced solutions. We offer a wide selection of models, from comfortable Street Comfort suspensions, through sporty Clubsport and adaptive DDC, to professional Competition. See how KW can improve the comfort and performance of your car - perfectly tailored to your needs and driving style!
The BMW M3 G81 is more than just a fast car; it is the perfect combination of sporty dynamics and everyday comfort. Equipped with a powerful 3.0-litre TwinPower Turbo engine generating an impressive 510 hp, the BMW M3 G81 offers performance as impressive as its style. Benefits of M3 G81 for everyday use Its advanced M adaptive suspension technology adapts to road conditions, ensuring a comfortable ride no matter the surface. The vehicle's cabin, equipped with the latest multimedia systems and driver assistants, makes every journey both safe and enjoyable. Modifications to suit user needs Thanks to the cooperation with Kitsune Performance, the M3 G81 can be even more adapted to the needs of the most demanding drivers. The lowered suspension improves aerodynamics and increases stability at higher speeds, and carbon fiber additives reduce weight, which translates into better response to changes in speed and maneuvers. The exhaust system not only optimizes the flow of exhaust gases, but also enhances the characteristic sporty sound. Summary Is the BMW M3 G81 the perfect choice for an everyday car? For those looking for more than just transportation, who value engineering, performance and style, the M3 G81 is a proposition that combines practicality with a passion for motoring. For lovers of sporty experiences who need a car for every day, the BMW M3 G81 will certainly meet expectations.
Dry carbon fiber is a material that has revolutionized the automotive, aerospace and sports markets with its unmatched properties – lightness combined with strength. The process of manufacturing dry carbon fiber components is crucial for obtaining optimal quality and performance. In this article, we will discuss the individual stages of this process, which include raw material preparation, fiber laying, resin infusion and autoclave curing, up to the final processing that determines the final properties of the product. Key production stages: 1. Fiber preparation: Carbon fiber in the form of mats or tapes is precisely cut and laid to ensure proper fiber orientation and distribution, which is critical for mechanical performance. 2. Layout: Specialized machines arrange the carbon fibers in specific directions within the mold, depending on anticipated loads and performance requirements. 3. Resin Infusion: The dry preform is infused with epoxy resin or other polymer, which allows for complete coating of each fiber, ensuring its full saturation and eliminating air bubbles. 4. Autoclave Curing: The assembled components are then cured under high pressure and temperature in an autoclave, which increases their strength and stiffness. 5. Finishing: The final step is the precision machining, cutting, sanding, and painting of the product to achieve the desired shape, finish, and fit. This article not only highlights the technological advancement of the dry carbon fiber manufacturing process, but also shows how these techniques can be applied across a variety of industries, offering significant improvements in the performance and aesthetics of the final products.
Car tuning is being revolutionized by the latest technologies, such as 3D scanning, computer modeling, and 3D printing. The process begins with a digital scan of the car's body, which allows for precise dimensions and shapes. Then, using 3D modeling software, technicians can create custom parts that perfectly match the vehicle's specifications. Using 3D printers, prototypes of these parts are quickly produced, allowing fit and performance testing without the need for expensive mass production. This step allows for rapid design changes and optimization. Once approved, final products are manufactured from selected materials, which often include lightweight, strong composites such as carbon fiber. Kitsune Performance is at the forefront of these innovations, offering customers personalized tuning solutions that not only enhance the aesthetics but above all improve the performance of their vehicles. These technologies make tuning more accessible, accurate and efficient, opening up new possibilities for car enthusiasts around the world.
