Mishimoto 2017 Limited Edition Ryan Tuerck Drift Style Shift Knob

Description

Enhance your driving experience with the Mishimoto 2017 Limited Edition Ryan Tuerck Shift Knob, designed for car enthusiasts who value performance and style. Crafted in collaboration with professional drift driver Ryan Tuerck, this shift knob captures the essence of drift culture and brings a unique aesthetic to your vehicle’s interior. Made from lightweight thermoplastic, it offers durability without adding unnecessary weight or heat retention, making gear shifts smoother and more responsive. The sleek design weighs approximately 2 ounces, ensuring minimal impact on your shifting performance while providing a comfortable grip for precise control.
This limited-edition shift knob features a distinctive design inspired by Ryan Tuerck’s iconic drift car, making it a standout accessory for any automotive enthusiast. Its ergonomic shape promotes comfortable handling during spirited driving or daily commutes, and its premium finish complements modern car interiors. The Mishimoto collaboration emphasizes both function and form, allowing drivers to connect with their vehicle on a deeper level. Whether you’re an avid drifter or simply want to elevate your car’s aesthetic, this shift knob is a perfect choice.
Installation is straightforward, and the durable construction ensures long-lasting performance. As a non-CARB approved component, it is suitable for a variety of vehicles, and it is not restricted by air freight regulations. The product is supplied as part of Mishimoto’s regular stock, ready to upgrade your vehicle with a touch of motorsport-inspired design. The shift knob’s compact dimensions and lightweight build make it an ideal upgrade for drivers seeking a combination of style, comfort, and enhanced shifting feel.

Features:

• Machined from lightweight thermoplastic for durability without adding excess weight or heat retention

• Limited-edition collaborative design by Ryan Tuerck and Mishimoto, inspired by drift car culture

• Lightweight design weighing approximately 2 ounces for improved shifting responsiveness