VOLTEX TYPE-2 V-MOUNT STYLE CARBON FIBER SPOILER FOR 2001-2007 MITSUBISHI LANCER EVO 7-9

Description

Voltex Type-2 V-Mount Style Carbon Fiber Spoiler for 2001–2007 Mitsubishi Lancer Evolution EVO 7–9

Upgrade your 2001–2007 Mitsubishi Lancer Evolution EVO 7–9 with this premium Voltex Type-2 V-Mount Style Carbon Fiber Spoiler, engineered to deliver superior aerodynamic performance, lightweight construction, and an unmistakable motorsport-inspired appearance. Inspired by the renowned Voltex Type-2 V-Mount racing design, this spoiler is crafted from high-quality carbon fiber to provide exceptional strength, durability, and enhanced high-speed stability.

Featuring an advanced V-Mount support system, this spoiler is designed to maximize rear downforce while maintaining a lightweight structure. Precision-engineered to complement the factory body lines of the EVO 7–9, it provides excellent fitment and a bold race-inspired look. The high-gloss UV-resistant clear coat enhances the premium carbon fiber weave while protecting it from fading, UV exposure, and harsh environmental conditions for long-lasting durability.

Features

• Voltex Type-2 V-Mount style performance design
• Compatible with 2001–2007 Mitsubishi Lancer Evolution EVO 7–9
• Premium carbon fiber construction
• Advanced V-Mount support design
• Lightweight and highly durable
• High-gloss UV-resistant clear coat finish
• Precision-engineered mounting system
• Increases rear downforce and aerodynamic efficiency
• Enhances high-speed stability and aggressive styling
• Ideal for street, track, and show car builds

Vehicle Compatibility

• Make: Mitsubishi
• Model: Lancer Evolution EVO 7–9
• Years: 2001–2007

Package Includes

• 1 × Voltex Type-2 V-Mount Style Carbon Fiber Spoiler
• V-Mount brackets
• Mounting hardware

Note

Professional installation is highly recommended. Please verify your vehicle’s model and production year before ordering. Drilling may be required depending on your trunk configuration. Proper installation and adjustment are recommended to achieve optimal aerodynamic performance.