FSX Manual/Checklist DeHavilland DHC-2 Beaver (Wheel)

This PDF-based reference offers a compact series of procedures covering every phase of operating the DeHavilland DHC-2 Beaver (wheel variant) from a fully “dark and cold” startup to a complete shutdown and securing routine. It draws on the payware model and panel configuration by Aerosoft, Mathijs Kok and team, and was compiled by Werner Schott with detailed checkpoints for every phase of flight.

Complete Flight Phases Outlined

The manual spans from initial cockpit setup to engine shutdown, ensuring coherent transitions. Procedures are arranged in a logical flow, starting with flight deck power-off conditions, engine ignition, taxi, takeoff, climb, cruise, and descent, then concluding with landing and post-landing routines. Each step is designed as a consistent framework for internal cockpit checks, helping sim pilots become familiar with correct switch positions, instrument readings, and precise engine management.

Retaining Authentic Panel Conditions

Because this checklist is founded on a “cold and dark” environment, it is advisable to position the aircraft at a gate or parking stand. If the simulator session usually starts with powered engines, progress through the final stages of the guide (from “Taxi to ramp” through “Shutdown” and “Securing”) to mimic realistic conditions before saving the flight. The result is a stored setup that faithfully reproduces an offline cockpit, ready for the next session.

Notable Engine and Instrument Notes

For easy reference, manifold pressure and engine RPM guidelines are included for every flight segment. Keep in mind that manifold pressure readings may vary at high-altitude fields above 2500 ft (Mean Sea Level). The DHC-2 Beaver’s radial engine behavior and associated performance parameters may shift when operating at these elevations, so factor that in while planning takeoffs or landings at elevated airports.

Sample cockpit view illustrating the layouts and gauges used in preflight checks.

Creating Your Ideal Environment

• Flight Initialization: Load the aircraft at a parking location with all systems off. This ensures the correct baseline for proper start-up procedures.
• Panel Familiarity: Follow the checklist steps carefully, including essential items such as battery power, fuel selector adjustment, and ignition toggles.
• Taxi and Pre-Takeoff: Validate flight control movements, confirm radio frequencies, and verify engine power just before lining up on the runway.
• In-Flight Management: Maintain recommended manifold pressure and engine RPM for each segment of flight to reduce stress on the radial engine and preserve realistic performance characteristics.

Why This Checklist Enhances Realism

The DeHavilland DHC-2 Beaver is known for its robust STOL (Short Takeoff and Landing) capability, ideal for bush flying. Adhering to the systematic steps in this manual ensures you experience its classic radial-powered traits accurately. By progressing step by step, you can simulate every cockpit action, from opening fuel valves to verifying magnetos, so that each flight profile aligns with authentic performance standards.

Final Stages and Shutdown

After landing, use the final part of the checklist to bring the aircraft safely back to a parking stand. Key actions include securing electrical bus switches, shutting down the engine, and setting chocks or parking brakes. Once everything is complete, save the flight to begin your next session already in a cold and dark condition.

In summary, this freeware PDF manual by Werner Schott, specifically designed around the payware Aerosoft and Mathijs Kok DHC-2 Beaver package, provides a streamlined approach that supports both new and seasoned sim pilots. Its clear layout walks you through each procedural step with technical accuracy, helping you appreciate the operational nuances of this classic aircraft model in Microsoft Flight Simulator X.

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