CNC Aluminum Folding GPS Antenna: Blue Mount for DJI & Others
In Stock
The CNC Aluminum Folding GPS Antenna Mount: Black provides an ultra-stable, elevated platform for your RC drone or multirotor navigation module. Crafted from premium 7075-T6 CNC aluminum and featuring a 4mm carbon fiber composite rod, this mount minimizes electromagnetic interference from internal electronics. Protect your GPS investment and improve signal lock times with a durable, convenient folding design built for serious aerial photography and custom multirotor builds.
Engineered for high-performance RC drones and custom multirotor platforms, the CNC Aluminum Folding GPS Antenna Mount: Black isolates your GPS receiver away from high-current ESCs and flight controller noise. The light yet rigid structure combines high-grade 7075-T6 CNC turned aluminum components with a 16.2cm carbon and glass fiber rod to maintain a rock-solid, vertical position during intense flight maneuvers. When packed for transport, the intuitive folding mechanism allows the mast to fold flat, preventing accidental snaps or damage to your sensitive antenna during travel.
Why should I install the CNC Aluminum Folding GPS Antenna Mount: Black on my drone?
Mounting your GPS antenna on the CNC Aluminum Folding GPS Antenna Mount: Black elevates the sensor away from onboard power electronics and ESCs, significantly reducing interference and ensuring faster, more accurate satellite locks.
How does the folding mechanism on the CNC Aluminum Folding GPS Antenna Mount: Black work?
The CNC Aluminum Folding GPS Antenna Mount: Black features a quick-pivot base that allows you to fold the antenna rod flat against your drone frame for compact storage and transport, preventing accidental damage.
Is the CNC Aluminum Folding GPS Antenna Mount: Black compatible with my specific GPS module?
Yes, the CNC Aluminum Folding GPS Antenna Mount: Black is designed with a universal mounting plate suitable for most standard RC drone GPS modules and puck-style compass sensors.







































