Lexus IS300 (1998-2005) Titanium Full Engine Bay Kit

Fast Turn Fittings Lexus IS300 (1998-2005) Titanium Full Engine Bay Kit Elevate your engine bay's performance and aesthetics with the...
Fast Turn Fittings Art: TOY-003-Ti-TB
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    Sale price $318.99Regular price $0.00
    Regular price $318.99

    Lexus IS300 (1998-2005) Titanium Full Engine Bay Kit

    Lexus IS300 (1998-2005) Titanium Full Engine Bay Kit - JSI Racing 

    Fast Turn Fittings Lexus IS300 (1998-2005) Titanium Full Engine Bay Kit

    Elevate your engine bay's performance and aesthetics with the Fast Turn Fittings Titanium Full Engine Bay Kit for the 1998-2005 Lexus IS300. This comprehensive 56-piece hardware set replaces standard fasteners with professional race-grade components, offering a significant upgrade in both strength and style.

    Constructed from 6AL-4V Grade 5 Titanium, these fasteners provide exceptional tensile strength and corrosion resistance. Whether you are preparing for a show or optimizing for the track, this ultra-lightweight kit ensures your Lexus IS300 stands out with a clean, professional finish.

    Key Features

    • Premium Material: Manufactured from 6AL-4V Grade 5 Titanium for superior durability.
    • Complete Hardware Set: Includes 56 high-quality fasteners including bolts, nuts, and washers.
    • Race-Grade Strength: Engineered for high tensile strength while remaining ultra-lightweight.
    • Corrosion Resistance: Designed to withstand harsh conditions without rusting or degrading.
    • Show Car Finish: Provides a professional, high-end aesthetic for any engine bay.
    • Installation Ready: Every kit includes detailed instructions for a precise fit.

    Specifications

    • Material: 6AL-4V Grade 5 Titanium
    • Piece Count: 56 Fasteners
    • Hardware Type: Bolts, Nuts, and Washers

    Fitment / Applications

    • 1998-2005 Lexus IS300

    Notes

    • Kit includes bolts, nuts, and washers.

    Pro Tip: Follow the included detailed instructions to ensure all 56 fasteners are torqued correctly for optimal performance.