PARE BRISE - MEMPHIS SHADES - WINDSHIELD MS SPOILER - FLTRX/K/T/SE 2023UP - HAUTEUR : 5.00 CM / 2" - COULEUR : FUMÉ / Dark Black Smoke - MEP88010
Pour Road Glide FLTRX/FLTRXSTSE à partir de 2024, FLTRXSE à partir de 2023. La pièce.
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Développé par Computational Fluid Dynamics (CFD) pour un flux d’air optimisé et moins de turbulences
Profilé pour offrir un flux d'air plus propre et plus confortable au pilote et au passager.
Moulé avec précision en Lucite® de haute qualité pour une clarté, une solidité et une durabilité exceptionnelles
Mesurez verticalement du centre du couvercle de l’aération supérieure au bord supérieur de votre pare-brise existant pour déterminer la hauteur idéale.
Kit de fixation pour pare-brise inclus pour une installation facile
Fabriqué aux États-Unis
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Designed to deliver more wind protection and aggressive custom style, the Spoiler Windshield is the ideal upgrade for your 2024–2025 Harley-Davidson Road Glide. The “Spoiler” profile smooths airflow around the rider, diffusing the flow and reducing fatigue, especially at highway speeds.
With six available heights, you can dial in the perfect fit for your height, and riding style. Heights are measured from the top of the vent cover straight up to the top of the windshield. The Spoiler windshield is designed to be looked over.
Crafted from durable Lucite® and made in the USA, or as we like to say Made in Memphis, the Spoiler blends aerodynamic function, sleek style, and long-lasting durability, making it a favorite among performance-minded riders.
Upgrade your 2023.5-2025 Road Glide and experience the difference - stand out from the crowd. Style that works!
Made of Lucite for best quality and durability.
Available in Dark Black Smoke (a black tint with 25% visible light transmission)
Spoiler profile deflects air up and over rider
Windshield hardware included
Cleanest and easiest installation hardware
Made in the U.S.A. - Made in Memphis!
CFD DESIGNED, REAL WORLD TESTED
Computational Fluid Dynamics (CFD) is specialized software used to evaluate air flow around 3-D shapes. Windshield designs developed using CFD may be analyzed with hundreds of variations before prototypes are tested in real-world riding conditions to validate the results.
