Starlink Mount for Standard 4/4X/Gen 3, with 2-in-1 Router Mount Heavy Duty Wall Bracket 360° AdjustableStarlink Mast Holder with Pipe Adapter Starlink Long Wall Mount Kit White

This integrated Starlink bracket is perfectly installed on Starlink Gen 3, Gen 4, and Gen 4X satellite antennas and is also compatible as a bracket for Starlink Gen 3 and Starlink Gen 4. It serves as a multifunctional roof installation, supporting three
installation methods: wall installation, roof installation, and pole installation, meeting all your installation needs. Equipped with a Starlink Gen 3 router installation bracket. A set of brackets can simultaneously fix the antenna and router without the need for additional separate brackets. The Starlink pivot bracket supports 180° vertical tilt and 360° horizontal rotation, allowing you to freely adjust the satellite antenna to the optimal signal angle. The direction can be fine tuned without removing the bracket, greatly improving signal reception stability and suitable for any terrain and environment. The Starlink roof installation kit is equipped with all necessary installation hardware, including installation screws, wrenches, drill bits, and detailed operation manuals. This Starlink roof installation kit includes all installation accessories. No additional parts required, ready to use out of the box, quick installation, very suitable for installation on roofs, exterior walls, etc. of houses. The Starlink roof bracket is made of high-quality reinforced steel, which has excellent load-bearing capacity, weather resistance, rust and corrosion resistance. It can withstand strong winds, heavy rain, snowfall, and ultraviolet rays, and can be used outdoors for a long time all year round without vibration or fading.

[Easy Installation] Precise design ensures a tight and secure connection with the Starlink antenna. The reserved fixed holes and adjustable base make installation fast and easy. This universal Starlink pivot bracket can firmly secure your satellite antenna and prevent position deviation caused by adverse weather conditions