Electronic flight bag mounting solutions remain a persistent ergonomic and safety consideration across all pilot segments, from student aviators to professional operators. A Reddit post in the r/flying community highlights the ongoing challenge GA pilots face in securing iPad-based EFBs in cockpits of common training and personal aircraft, specifically Piper Archers, Arrows, and Cessna 172/182 variants. The pilot, mid-way through instrument training and relying on ForeFlight for approach plates, describes a failed generic Amazon suction mount and is evaluating RAM Mounts and PIVOT as alternatives — two brands that have emerged as dominant options in the aviation-specific cockpit mounting market.
RAM Mounting Systems has long been considered the industry benchmark for cockpit device mounting, offering aviation-grade suction cup bases engineered to withstand cockpit vibration, temperature cycling, and the negative pressure environments encountered in flight. Their suction cups, particularly those in the RAM aviation line, use a locking lever mechanism and are rated for the specific adhesion demands of curved aircraft windows and windshields. The PIVOT mount, a more recent entrant, has gained traction particularly among ForeFlight users for its articulating arm design that allows rapid repositioning between portrait and landscape orientations — a meaningful feature during instrument scanning. Both systems offer compatibility with iPad 10th generation hardware, though pilots should verify grip or cradle sizing, as the 10th gen iPad at 10.9 inches represents a larger form factor than older models and requires appropriately sized X-Grip or universal cradle components.
The ergonomic issue the pilot describes — looking down repeatedly to scan approach plates — directly intersects with instrument scan discipline and cockpit workload management, making mount placement a genuine safety consideration rather than merely a convenience preference. For single-pilot IFR operations in GA aircraft, the EFB should ideally be positioned to allow a natural cross-check with the primary flight instruments, minimizing head movement. In Archer and 172 cockpits, common mounting locations include the left side window, the center windshield post, or yoke-mounted solutions, each carrying tradeoffs related to sun glare, airflow obstruction, and emergency egress. Suction mount reliability on cockpit glass is also affected by surface contamination, temperature, and the curvature of specific windshields — variables that contribute to the failures seen with generic consumer-grade hardware.
The broader trend this question reflects is the near-universal adoption of iPad-based EFBs in GA and, increasingly, in professional operations. ForeFlight alone reports millions of active users across GA, Part 135, and Part 91K operators, and the physical infrastructure supporting that usage — mounts, power solutions, and connectivity hardware — has become a meaningful ancillary market. Part 135 and corporate flight departments operating under Part 91 have largely standardized on either RAM or aircraft-installed EFB cradles that meet their ops spec requirements, while GA pilots navigate a more fragmented consumer landscape. The lesson from the community discussion is consistent with professional operator guidance: investing in purpose-built aviation mounting hardware from established vendors, rather than generic consumer solutions, is a low-cost risk mitigation measure with direct implications for in-flight workload and device security.