Enkei TMS Storm Gray 18x9.5 Wheel

Universal Fitment - 5x114.3 Bolt Pattern

515-895-6515GR

Overview:

The Enkei TMS in Storm Gray is a high-performance 18x9.5-inch rotary forged wheel designed for enthusiasts who demand both style and function. Featuring a 5x114.3 bolt pattern and a +15mm offset, this wheel suits a wide range of vehicles equipped with this common bolt pattern. Whether you're competing in autocross events or showcasing your car at meets, the TMS wheel delivers a sporty yet refined aesthetic that complements aggressive driving and street presence alike.

With its distinctive mesh design and elegant spoke profile, the TMS wheel balances lightweight construction with durability, making it an excellent choice for drivers seeking improved handling and a standout look. The Storm Gray finish adds a sophisticated touch that enhances the visual appeal of any vehicle.

Key Features:

The Enkei TMS wheel combines advanced manufacturing techniques with thoughtful design to offer a premium upgrade for your vehicle:

• Rotary forged construction for enhanced strength and reduced weight compared to traditional cast wheels
• 18-inch diameter and 9.5-inch width provide a wide contact patch for improved grip and handling
• +15mm offset optimizes fitment for a flush, aggressive stance on compatible vehicles
• 5x114.3 bolt pattern ensures compatibility with many popular makes and models
• Distinctive mesh spoke design with spokes splitting near the center for a dynamic, elegant appearance
• Diamond-cut accents on alternating spoke sets add visual depth and refinement
• Storm Gray finish offers a sleek, modern look that resists corrosion and complements various paint colors
• Hub bore of 72.6mm fits most vehicles with this bolt pattern, but vehicle-specific hub centric rings may be required

Construction & Design:

The Enkei TMS wheel is crafted using rotary forging, a process that compresses and strengthens the aluminum alloy, resulting in a wheel that is both lightweight and highly durable. This method improves the wheel’s structural integrity without adding unnecessary weight, which benefits acceleration, braking, and overall handling.

The mesh design features spokes that split just off center, creating a unique and elegant profile that stands out from conventional wheel styles. The diamond-cut transitions on every other spoke set provide a subtle contrast that enhances the wheel’s visual complexity and premium feel. The Storm Gray finish is carefully applied to resist chips and corrosion, maintaining the wheel’s appearance over time.

Installation & Fitment:

The Enkei TMS wheel is designed as a direct bolt-on upgrade for vehicles with a 5x114.3 bolt pattern. Its +15mm offset and 9.5-inch width provide a wide stance while maintaining proper clearance for brakes and suspension components on most compatible vehicles.

Before purchasing, it is important to verify your vehicle’s bolt pattern, hub bore size, and clearance requirements to ensure proper fitment. Hub centric rings may be necessary for a perfect fit depending on your vehicle’s hub diameter.

No modifications such as cutting, drilling, or special tuning are required for installation when matched correctly to your vehicle’s specifications.

What's Included:

• One (1) Enkei TMS 18x9.5 Storm Gray Wheel
• Limited Manufacturer’s Warranty

Ideal For:

• Performance enthusiasts seeking a lightweight, strong wheel for autocross and spirited driving
• Car show participants who want a stylish, refined mesh wheel with unique design details
• Drivers looking to upgrade factory wheels for improved handling and aesthetics
• Owners of vehicles with a 5x114.3 bolt pattern requiring a 9.5-inch wide wheel with a +15mm offset

Enkei is a Japanese manufacturer specializing in aluminum wheels for both passenger vehicles and motorcycles, offering a range of products from street to motorsport applications. Their wheels are engineered to provide a balance of lightweight performance and durability, catering to enthusiasts seeking reliable and high-quality wheel options for various driving scenarios.