Cessna 206: iPad Mounts

An iPad mount is a cockpit accessory designed to securely hold your iPad during flight, keeping critical flight information visible and accessible at all times. These mounts are essential for pilots who use their iPad as an electronic flight bag (EFB), allowing for safer and more efficient in-flight operations. By minimizing the need to handle loose devices or paper charts, iPad mounts help reduce distractions and support better situational awareness. Most aviation-grade mounts are built to withstand turbulence, vibration, and frequent use.

iPad mounts improve cockpit organization, visibility, and safety by providing a dedicated space for digital flight tools. Pilots rely on EFBs for navigation charts, weather updates, approach plates, and more – making it essential that the screen is easy to read and access. A stable mount eliminates the risk of the iPad shifting or falling mid-flight, allowing pilots to maintain focus on the task at hand. For IFR or VFR flights, an iPad mount promotes operational efficiency and reduces pilot workload.

There are several types of aircraft iPad mounts, including yoke mounts, suction cup mounts, and kneeboard mounts. Yoke mounts attach directly to the control yoke for easy, central access. Suction mounts offer flexible placement options on the windshield or side windows, while kneeboard mounts strap to the pilot’s leg and are ideal for tablet use during approach or cruise. PJi offers all these options from MyGoFlight, ensuring compatibility with your cockpit configuration.

Most aviation iPad mounts are designed to be compatible with a wide range of iPad models, including full-size iPads, iPad Air, and iPad Mini. Many mounts are adjustable or come with cradle options specific to your device’s size. PJi offers MyGoFlight mounts that support various iPad generations and configurations, including models used in both general aviation and commercial operations. Always confirm your device dimensions before purchasing a mount to ensure proper fit.

When choosing an iPad mount for aviation, look for secure mounting, vibration resistance, adjustable viewing angles, and durable materials. MyGoFlight mounts from PJi are built for cockpit environments, featuring metal construction, articulating arms, and easy installation. Suction cups should have strong adhesion, and yoke mounts should offer a tight, stable grip on control columns. Additional features like quick-release mechanisms or 360° rotation can improve ease of use in-flight.

Yes, iPad mounts are useful in both VFR and IFR operations. For VFR pilots, they provide quick access to sectional charts, GPS apps, and traffic awareness tools. For IFR pilots, they support approach charts, en route maps, and flight planning apps like ForeFlight. Regardless of the type of flying, having an iPad securely mounted reduces clutter and enhances safety by keeping essential tools in view.

Installation varies by mount type. Yoke mounts typically clamp onto the control column, while suction mounts require a clean, flat surface like a windshield or side window. Kneeboard mounts simply strap to your thigh. MyGoFlight mounts sold by PJi are engineered for easy, tool-free installation and adjustment. Always follow the manufacturer’s guidelines to ensure safe and stable mounting.

While the FAA does not require formal approval for iPad mounts in general aviation, mounts should be used in compliance with the FAA’s guidance on EFB use (AC 91-78). MyGoFlight iPad mounts are built to high quality standards and are widely used in both general aviation and commercial aircraft. Always ensure the mount does not obstruct primary flight instruments or interfere with aircraft controls.

MyGoFlight iPad mounts are known for their aviation-specific design, rugged construction, and reliable performance. Built with anodized aluminum and stainless steel hardware, they offer superior vibration resistance and precise positioning. MyGoFlight mounts from PJi include a variety of options tailored for different aircraft and pilot preferences, all with a focus on security, durability, and functionality in flight.