The Dominator Race Products SS Nose Left Side (Part Number: DOM-302-FLO-YE) is designed for street stock racing applications, offering durability and high visibility. Constructed from high-quality plastic, this nose features a vibrant fluorescent yellow finish that enhances visibility on the track and ensures compliance with safety standards. The kit includes a fender extension, providing a seamless fit and complete coverage for the driver side of your vehicle, simplifying installation and maintenance. Its universal design makes it adaptable to a variety of race cars, ensuring versatility across different models and setups. Whether you're upgrading your current setup or building a new race car, this nose is engineered to meet the demands of competitive racing environments, combining performance with ease of use. Lightweight and robust, the Dominator SS Nose ensures optimal aerodynamics and durability during high-speed events, helping to improve your vehicle's overall performance and appearance.
Designed to withstand the rigors of racing, the Dominator SS Nose features a sleek and aerodynamic profile that reduces drag and enhances downforce. The inclusion of a fender extension helps protect critical areas and maintains a professional appearance. Easy to install with common tools, this part is ideal for racers seeking a reliable, visually striking component that stands out on the track. Its universal fit ensures compatibility with many street stock vehicles, making it a versatile choice for race enthusiasts and professional teams alike. Elevate your race car’s look and function with the Dominator Race Products SS Nose Left Side in fluorescent yellow, combining safety, style, and performance in one package.
Features:
- Constructed from durable plastic for longevity and impact resistance
- Vibrant fluorescent yellow finish for high visibility on the track
- Includes a driver side fender extension for comprehensive coverage
- Universal fit suitable for various street stock race cars
- Lightweight design to enhance aerodynamics and vehicle performance