RAM Mounts X-Grip: Secure iPad and Phone Mounting for Aircraft Windshields

Introduction

The RAM Mounts X-Grip is a modular mounting system designed to secure tablets and phones on aircraft windshields and instrument panels. Built with adjustable clamps, articulated arms, and suction cup bases, it addresses the challenge of keeping devices stable during flight without obstructing critical displays.

Tablet Compatibility and Grip Design

The X-Grip uses expandable back clamps that secure tablets by pressing against the rear edges. The clamps expand through the back of the mount and lock firmly once tightened, preventing any movement during flight turbulence. The system accommodates a range of tablet sizes, from smaller iPad models to larger devices like the iPad 11-inch, making it versatile for different cockpit setups.

Installation requires only a Phillips head screwdriver. The clamps attach to the main mount body using simple screws that line up with pre-drilled holes. Care should be taken not to overtighten, as the plastic components can strip if excessive force is applied. Once secured, the tablet sits firmly in place with no risk of shifting or falling.

Installation and Setup

The suction cup base mounts directly to the windshield or flat aircraft surfaces. A twist-lock mechanism secures the suction cup in place, and the same twisting action releases it when removal is needed. The suction cup is engineered to hold securely even under significant pulling force, making it reliable for the vibrations and movements encountered during flight.

The articulated arm connects the suction cup base to the tablet clamp via a ball joint. This ball connection allows the arm to pivot and adjust to different angles, letting pilots position the tablet for optimal viewing without requiring tools. The arm can be tightened to lock the tablet at a specific angle once the preferred position is found.

Modular Design and Interchangeability

All RAM Mount components are interchangeable, allowing users to mix and match different clamps, arms, and bases depending on their needs. The original X-Grip works with any of the other RAM Mount combinations, and users can swap between tablet and phone mounts without replacing the entire assembly.

For phones, a smaller grip attachment is available that secures devices with the same clamping principle as the tablet version. Switching between devices is straightforward: simply remove one clamp assembly and attach the other to the same ball joint connector.

Alternative Mounting Options

Beyond suction cup mounting, the system supports yoke mounts for aircraft with compatible yoke designs. A clamp mechanism twists to secure the mount to the yoke, keeping it tight and stable. This option is useful in confined cockpit spaces where windshield mounting is not practical or where additional stability is needed.

The modular approach means pilots can configure the system to match their specific aircraft and workflow, whether using suction cups, yoke mounts, or a combination of both.

Real-World Cockpit Performance

In actual flight conditions, the X-Grip holds tablets and phones without any visible movement or vibration, even during turbulent flight. The suction cup mount is strong enough that it could potentially damage the windshield if pulled with excessive force, indicating the reliability of the attachment.

One key advantage in confined spaces like jets is the ability to position the mount without obstructing flight instruments or displays. The adjustable arm allows pilots to move the tablet out of the direct line of sight to critical gauges and screens, maintaining full visibility of essential flight data.

Conclusion

The RAM Mounts X-Grip is a practical solution for pilots and aviation enthusiasts who need secure, adjustable device mounting in the cockpit. Its modular design, simple installation, and strong holding power make it suitable for both tablets and phones across a range of aircraft types. The system requires no special tools beyond a screwdriver and delivers reliable performance in real flight conditions.