Device Mount with Ball-Lok Arm, Clamp to AMPS

This Device Mount with Ball-Lok Arm is built for those who expect precision, strength, and total mounting freedom. With the industry-standard AMPS pattern on one end and our patented clamp system on the other, this setup locks your device exactly where you want it — and keeps it there, no matter the ride or the environment. From pounding waves to dusty desert trails to high-performance cockpit setups, this CNC-machined billet aluminum system gives you pro-grade adjustability with rock-solid stability. The quick-flip thumb lever makes on-the-fly repositioning effortless, while the Axia Alloys clamp opens up mounting possibilities far beyond traditional bolt-on locations. Tubes, roll cages, rails… if you can clamp to it, you can mount to it. AMPS Mounting Plate: Industry-standard 38mm x 30mm (1.188″ x 1.496″) hole pattern for nearly all compact marine, off-road, and communications electronics. Axia Patented Clamp System: Mount anywhere you’ve got tubing or a reliable clamping surface — from UTV roll cages to marine rails to custom configurations. Ball-Lok Arm: Rotate, tilt, fine-tune — then lock it down with a thumb lever. No tools, no fuss, zero slippage. Billet Aluminum Construction: CNC-machined, lightweight, corrosion-resistant, and built to laugh at vibration and exposure. Modular Mount Freedom: Mix and match pro-grade electronics, GPS units, radios, cameras, and more across nearly limitless mounting positions. What’s AMPS, and Why It Matters AMPS is the go-to universal 4-hole pattern for small-format electronics — 38mm x 30mm (1.188″ x 1.496″) — used by industry-leading brands like Garmin, Lowrance, Raymarine, and Humminbird for GPS units, radios, and marine/off-road displays. It’s also common in HAM setups, satellite receivers, and rugged mobile electronics. Pairing AMPS with the Axia patented clamp gives you the best of both worlds: ✔ Universal device compatibility ✔ Mount-anywhere flexibility ✔ Pro-grade strength and adjustability Bottom line? If you want a mount that adapts, locks in, and never quits — this is your setup.