Hs 748 Flight Manual Better Jun 2026

| Section | Title | Key Content | |---------|-------|--------------| | 0 | General | Three-view drawings, abbreviations, units conversion, aircraft certification basis | | 1 | Limitations | : V-speeds (V1, Vr, V2), max weights (MTOW, MLW, MZFW), CG envelope, engine limits (ITT, torque, RPM), flight load factors, minimum control speeds (Vmc), weather minima | | 2 | Emergency Procedures | Engine failure after takeoff, fire (engine, electrical, cabin), rapid depressurization (though unpressurized, smoke evacuation is critical), emergency descent, ditching, forced landing, evacuation | | 3 | Normal Procedures | Daily inspection, starting engines (Dart starting cycle), taxi, takeoff (short-field technique), climb, cruise (max range vs. max endurance), descent, approach, landing, shutdown, securing aircraft | | 4 | Performance | Takeoff and landing distances (with charts for pressure altitude, temperature, runway condition), climb gradients, en-route drift-down with one engine, cruise performance (fuel flow vs. TAS vs. altitude), go-around performance | | 5 | Weight and Balance | Loading schedules, CG calculation (use of loading graphs for passenger/freight combinations), fuel distribution (wing tanks only – no center tank on most models) | | 6 | Systems Description | Detailed system schematics and theory: airframe, engines (Dart), propellers (Dowty Rotol or Hamilton Standard), fuel, electrical (28V DC primary), hydraulic (2,500 psi for flaps/undercarriage), pneumatic (bleed air for de-icing), flight controls (manual reversion), avionics | | 7 | Handling, Servicing, and Maintenance | Ground handling (towing, mooring), refueling (single-point or overwing), engine oil servicing, tire pressures, de-icing fluid application – Note: This section is often limited for flight crew; full maintenance is in the AMM | | 8 | Appendices | Optional equipment (e.g., cargo door operation, gravel kit, autofeather), operator-specific modifications, cross-reference to supplements |

The Hawker Siddeley HS 748 Flight Manual (AO 1 series) acts as the primary, comprehensive guide for operating the British turboprop, detailing performance, systems, and procedures for Rolls-Royce Dart engines. It covers crucial operating limitations, such as a 46,500 lb MTOW, alongside normal and emergency protocols for STOL operations. For more details, visit Flight Manuals Online Hs 748 Flight Manual

The HS 748 has excellent single-engine performance, but the manual drills a specific drill: | Section | Title | Key Content |

Whether you are a simulator enthusiast, a vintage aviation scholar, or a line pilot converting to the type, studying the HS 748 Flight Manual reveals the soul of a truly great aircraft: simple, robust, and demanding of respect. In an era of fly-by-wire airliners, the manual’s dense pages of charts, limits, and drill-like procedures remind us that flying was once a craft measured in torque, ITT, and the steady beat of Dart turbines. altitude), go-around performance | | 5 | Weight

Few aircraft have earned the quiet respect of the (later British Aerospace BAe 748). Designed in the late 1950s as a rugged, economical, and versatile short-to-medium-haul turboprop airliner, the HS 748 served from the frozen runways of northern Canada to the hot, high-altitude airstrips of the Andes and the dusty bush strips of Africa. For over 50 years, its distinctive low-slung fuselage and large tail fin were a common sight.