TSW LASARTHE 17x8 5x112 +35mm Gloss Silver Machined Wheel

The TSW LASARTHE wheel in 17-inch diameter offers a sleek and stylish upgrade for your vehicle, combining performance with modern aesthetics. Crafted with a width of 8 inches, this wheel features a 5x112 bolt pattern, making it compatible with a wide range of vehicles. The wheel's center bore measures 66.56 mm, ensuring precise fitment and stability. The offset of +35 mm provides an ideal stance for enhanced handling and appearance, while the gloss silver machined finish adds a sophisticated touch to your vehicle's exterior.

Designed with quality and durability in mind, the TSW LASARTHE wheel is finished with a durable gloss silver machined coating that resists corrosion and maintains its shine over time. The wheel's lightweight construction helps improve acceleration, braking, and overall handling performance. Whether you're upgrading for style or performance, this wheel delivers a perfect balance of form and function, making it suitable for a variety of sports cars and sedans.

Engineered for precision, the TSW LASARTHE wheel adheres to strict manufacturing standards, ensuring reliable performance and long-lasting wear. Its distinctive design enhances the visual appeal of your vehicle, while the robust construction supports high-performance driving conditions. Easy to install and maintain, this wheel is an excellent choice for automotive enthusiasts seeking a high-quality upgrade that combines aesthetics with functionality.

Features:

• Diameter: 17 inches for versatile fitment

• Width: 8 inches providing a balanced stance

• Bolt Pattern: 5x112 for broad vehicle compatibility

• Offset: +35 mm for enhanced handling and appearance

• Center Bore: 66.56 mm for precise fitment

• Finish: Gloss silver machined for a stylish, durable look

• Material: High-quality alloy construction for strength and weight savings

• Design: Modern multi-spoke style for a sporty appearance

• Durability: Coated to resist corrosion and maintain shine

• Performance: Lightweight design improves acceleration and braking