TSW Lasarthe TW002 18x9.5 Gloss Black Machined Wheel, 5x120 Bolt Pattern, +40 Offset

The TSW Lasarthe TW002 is a performance-oriented wheel designed to provide a distinctive appearance and dependable fitment for compatible vehicles. Its gloss black machined finish combines a dark, refined base with machined accents, creating a sharp visual contrast that complements both modern and customized vehicle styles. The 18-inch diameter and 9.5-inch width deliver a substantial stance while supporting a broad range of performance tire applications.

Built with a 5x120 bolt pattern, the TSW TW002 Lasarthe is engineered for vehicles using this common fitment configuration. The +40 offset positions the wheel for a balanced installation on properly matched applications, while the 74.10 mm center bore supports accurate hub alignment when used with the correct vehicle-specific hardware or hub-centric rings as required. Always confirm brake clearance, tire sizing, suspension clearance, and vehicle-specific fitment before installation.

Brief Description: The TSW Lasarthe TW002 is an 18-inch gloss black machined wheel with a 9.5-inch width, 5x120 bolt pattern, +40 offset, and 74.10 mm center bore.

Key Product Specifications & Technical Data:
Model: Lasarthe TW002
Wheel diameter: 18 inches
Wheel width: 9.5 inches
Bolt pattern: 5x120
Offset: +40 mm
Finish: Gloss black machined
Finish code: Black
Center bore: 74.10 mm

What's Included: One TSW Lasarthe TW002 wheel. Lug nuts, valve stems, center caps, hub-centric rings, and installation hardware may be sold separately unless specified by the seller.

Features:

• Performance Fitment: Designed with a 5x120 bolt pattern and +40 offset for compatible vehicle applications.
• Distinctive Finish: Gloss black machined styling provides a high-contrast appearance with a refined, performance-inspired look.
• Performance Wheel Profile: The 18-inch diameter and 9.5-inch width support a wide range of compatible performance tire sizes.
• Hub Alignment: A 74.10 mm center bore supports precise installation when paired with the appropriate vehicle-specific fitment components.