Truck-Lite 97666 Universal Fender School Bus Tripod Mirror Bracket (Black Powder-Coated Steel, Adjustable 26" to 34" Extension Frame)

Ensure student transit safety, expand driver sightlines, and minimize frontend blind spots with the rugged commercial reliability of the Truck-Lite 97666 Universal Fender School Bus Tripod Mirror Bracket. Specifically engineered as a high-strength safety mounting platform for front fender applications, this heavy-duty tripod bracket assembly is designed to hold any convex blind spot mirror featuring a standard ball stud layout. It is the premier visibility solution for school buses, municipal transit fleets, regional delivery box trucks, and large vocational vehicles, helping your equipment comply with strict transit and highway safety mandates.

Don't gamble on flimsy brackets that wobble at highway speeds or sag under the strain of deep snow and severe vibration. The 97666 features a rock-solid, multi-point tripod configuration stamped entirely from heavy-gauge structural steel treated with a weather-resistant black protective finish. This high-tensile metal assembly acts as a rigid, stable anchor that minimizes structural glass shake, keeping your auxiliary crossview and blind spot mirror lenses locked in a steady orientation across rough neighborhood routes and rural lanes.

This universal bracket adapts to your vehicle's physical profile. Featuring an integrated extension arm, the brace offers an adjustable vertical profile with a base height of 26 inches scaling up to a maximum height of 34 inches. Once bolted to the vehicle body, the frame provides an adjustable extension range of 13 inches to 25 inches from the fender line. This extensive geometric range allows fleet maintenance technicians to clear hood profiles perfectly and optimize viewing angles around the front tires and boarding door blind spots.

Designed for straightforward, secure field installation, the unit acts as a direct, heavy-duty drop-in field replacement for older Signal-Stat 7110 assemblies. It mounts directly onto front passenger or driver-side fender contours, providing a rock-solid foundation for high-vibration commercial transit environments.