Starlink Mini/Gen 3 Magnetic Mount Plates, 3.54" Adhesive Metal Plates, Expanded Surface Area Pads for Non-Magnetic Car, RV, Truck Aluminum Roofs, 4 Packs

Engineered with a robust 3.54 -inch diameter, these metal plates for Starlink magnet mounts provide maximum contact space for adhesive bonding. This larger footprint directly solves common detachment issues, distributing the load over a wider area to effectively resist the aerodynamic shear forces and high wind drag experienced during highway travel. Enjoy reliable connectivity without the anxiety of equipment instability. Designed to easily adapt your Starlink satellite communication gear to previously incompatible surfaces. These adhesive metal discs function as a highly secure interface bridge, allowing magnetic bases to firmly attach to automotive aluminum bodies, fiberglass recreational vehicles, and glass panoramic roofs.

Achieve a professional-grade mounting setup without requiring permanent structural modifications to your vehicle. Formulated specifically as a functional accessory for modern mobile communication arrays. These flat steel sheets are fully compatible with Starlink Mini / Gen 3 magnetic mounts. Each package contains a complete kit of 4 individual 3.54 -inch (90mm) metal mounting plates, ensuring you have the exact geometric configuration required to stabilize the four anchor points of your dish base. Built for the rigorous physical demands of remote expeditions and continuous outdoor deployment. Whether you are navigating corrugated off-road trails in an SUV or parked at a remote campsite in a travel trailer, the enhanced surface tension ensures your hardware remains locked into position.

Turn almost any flat topographical vehicle surface into a secure deployment platform for your connectivity needs. Manufactured from premium-grade materials designed to endure long exposure to exterior elements. The specialized surface finish resists weather wear and maintains strong magnetic receptivity over time, performing reliably across all your overlanding adventures and mobile connectivity scenarios