Windshield MD3 Pavement Mod Mar-Resistant Molded

The FIVESTAR Windshield MD3 Pavement Mod Mar-Resistant Molded windshield is a precision-engineered polycarbonate replacement designed for modified racing and performance vehicles requiring durable, mar-resistant glazing. This molded windshield delivers optical clarity and structural integrity in demanding motorsport and high-performance automotive applications where OEM glass replacement or upgrade is necessary.

Measuring 27.25 inches wide by 51 inches tall with a 2-inch depth profile, the MD3 is engineered to fit modified vehicles with altered body lines or custom chassis configurations. The polycarbonate construction provides superior impact resistance compared to standard glass while the mar-resistant surface coating resists scratching and weathering—critical for track vehicles exposed to high-speed wind loads, debris contact, and prolonged UV exposure. At 6.55 lbs, the windshield reduces unsprung weight compared to heavier glass alternatives, benefiting acceleration and handling balance in competition settings.

This windshield addresses the needs of fabricators, performance shops, and enthusiasts building custom hot rods, race cars, and extensively modified vehicles where standard windshield fitment is impossible. The black-out option provides enhanced aesthetics while maintaining visibility from inside the cockpit. Whether preparing a track-day platform or completing a full-frame restoration with non-standard dimensions, the MD3 Pavement Mod delivers the optical performance and durability required for serious automotive modification work.

FIVESTAR windshields are manufactured to exacting tolerances for vehicles where precision fit and material reliability matter. The polycarbonate formula resists cracking under thermal stress and impact, outperforming glass in environments where repeated thermal cycling or minor collisions are concerns. Proper installation with appropriate mounting hardware and sealing compounds is essential to ensure weather integrity and structural support.