The Reddit thread, while framed as a casual crowdsourcing request from a pilot seeking a dual-use iPad for both flying and everyday tasks like streaming and schoolwork, touches on a decision every working and student pilot eventually faces: which Electronic Flight Bag (EFB) hardware to standardize on. The original poster's access to an employee discount through a family member at Apple is incidental; the substantive question is which iPad model, storage tier, and connectivity configuration best serves both cockpit and personal use cases, and whether a Magic Keyboard accessory makes sense for a device that will spend significant time in a kneeboard or yoke mount rather than on a desk.
For professional and Part 91/135 pilots, iPad selection is not a trivial consumer choice. ForeFlight, Garmin Pilot, and other EFB apps have specific minimum OS and hardware requirements, and thermal management is a recurring operational concern — iPads mounted in direct sunlight on a glareshield or windscreen are prone to overheating and shutting down mid-flight, a well-documented failure mode that has prompted many operators to mandate battery cases, sun shades, or specific mounting locations. Storage capacity matters more than most casual users realize: full-resolution geo-referenced approach plates, terrain databases, synthetic vision imagery, and offline chart caching for entire regions can consume tens of gigabytes, making the 64GB base configuration inadequate for anyone flying beyond a small local area. Cellular models with built-in GPS are generally preferred over WiFi-only variants because they provide an independent GPS source for ownship position on moving maps, which is valuable both as a primary reference in VFR operations and as a backup during instrument approaches when panel-mounted GPS or ADS-B position data is unavailable.
The tension in the original poster's request — wanting one device for flying, gaming, streaming, and homework — reflects a broader trend among GA pilots and flight students who cannot justify buying separate devices purely for aviation use. This mirrors decisions airline and corporate pilots make when choosing personal EFB backups versus company-issued devices; many carriers issue Class 1 or Class 2 EFBs (often iPads) with locked-down configurations specifically to avoid the app clutter, background processes, and battery drain that come with a device also used for entertainment. A device optimized for gaming and streaming will generally favor a larger, higher-refresh-rate Mini-LED or OLED display and more RAM, which happens to align well with EFB responsiveness during data-heavy operations like real-time weather overlays or traffic display, but the added iPadOS multitasking features and third-party apps also increase the surface area for software conflicts or unexpected updates that could affect chart currency or app stability before a flight.
The Magic Keyboard question specifically highlights a mounting and workflow consideration rather than a performance one. Pilots who fly with a keyboard-equipped iPad Pro or Air typically use it for flight planning, weather briefings, and logbook entry on the ground rather than in the cockpit, since the keyboard case adds bulk and weight that is impractical for a kneeboard or yoke mount during flight. This dual-mode approach — full-featured "laptop replacement" configuration on the ground, stripped-down tablet-only configuration in the aircraft — is increasingly common as iPads have taken over pilot logbooks, weight-and-balance calculations, and even company communications alongside their traditional charting role. As Apple continues to push iPad Pro and Air models toward higher performance tiers with M-series chips, the aviation community's device recommendations increasingly track mainstream consumer buying guides, reinforcing how thoroughly the iPad has become embedded as the default EFB platform across GA, corporate, and even some airline operations, notwithstanding Garmin's and other manufacturers' competing hardware efforts.