100/90 IN Pillar Retractor with small (tri) Anchor

Ensuring the safety and legality of your vehicle modification is paramount, particularly when installing additional seating or upgrading older restraint systems. The 100/90 IN Pillar Retractor with a small tri anchor is a vital component for those requiring ADR compliance during complex interior builds. This high-quality seat belt assembly is specifically designed for pillar mounting, making it an ideal choice for 4WD accessories, van conversions, or bus seating reconfigurations. The numerical designation 100/90 refers to the critical retractor sensitivity angles, ensuring the locking mechanism functions perfectly when the vehicle is positioned at specific inclines. This precision is essential for maintaining vehicle compliance and ensuring the belt retracts and locks as intended during an emergency. The small tri-style anchor plate provides a compact yet robust mounting solution, allowing for streamlined seat belt installation in tight spaces where traditional flat plates may not fit. Whether you are adding a third row to a wagon or fitting out a commercial vehicle across North Brisbane, Moreton Bay, or the Sunshine Coast, this hardware meets the rigorous Australian Design Rules. At Andy’s Mod Plates & Accessories, we understand that professional installation is key to passing inspection. This retractor is frequently used in projects requiring official mod plates, providing peace of mind for families and off-roaders alike. From securing child anchor points to replacing worn-out factory units, selecting the correct pillar mount configuration is essential for occupant protection. Our workshop, located in the scenic Glass House Mountains, specialises in these technical safety upgrades. By choosing ADR-compliant hardware, you ensure your vehicle remains legal for Australian roads while providing maximum safety for every passenger. Whether you are a DIY enthusiast or a professional builder, this retractor offers the reliability needed for certified seating modifications and long-term durability in harsh Australian conditions.