Scanstrut PT2004 - PowerTower® Radar Mount - 6" Aft Leaning

The Scanstrut PT2004 PowerTower® Radar Mount with 6" aft leaning design is purpose-built for marine electronics installers and vehicle outfitting professionals who demand robust, weather-sealed mounting solutions. This radar mount serves as the structural foundation for securing forward-looking radar systems, GPS antennas, and similar topside equipment on boats, RVs, and specialized vehicles where aerodynamic efficiency and weight distribution matter. The aft-leaning geometry reduces wind loading and drag while maintaining optimal sensor alignment, making it ideal for high-speed applications or extended-exposure installations where conventional vertical mounts prove inadequate.

Engineered from marine-grade composite materials, the Scanstrut PT2004 delivers corrosion resistance and structural integrity in saltwater, freshwater, and high-vibration environments. The 6-inch aft lean angle distributes mounting stress more evenly across the installation surface, reducing point-load concentration that can lead to deck or cabin-top failure over time. Its compact footprint—measuring 12 by 8 by 13 inches—fits tight topside spaces without compromising accessibility for cable routing or future equipment swaps, while the 3.95-pound weight keeps overall system mass minimal, critical for fuel efficiency and stability in both marine and automotive applications.

Professional installers, marine technicians, and RV builders rely on the PT2004 for reliable performance across freshwater lakes, coastal saltwater, and high-temperature desert environments. The angled design works seamlessly with Scanstrut's ecosystem of radar domes, antenna mounts, and cable management systems, ensuring integrated cable routing and weatherproof connections that eliminate water intrusion—a common failure point in aftermarket installations. Mounting requires standard fasteners and a clean, level surface; the aft lean simplifies installation angles that would otherwise demand custom fabrication or compromise on equipment visibility and sensor accuracy.