Step-By-Step Guide to Flying a Concorde on Aerosimulations.com

Introduction to Flying the Concorde on Aerosimulations.com

The Concorde remains one of the most remarkable achievements in aviation history. Now, through Aerosimulations.com, you can experience the thrill of flying this supersonic marvel from your own computer. This guide provides a detailed, step-by-step walkthrough to help you master every phase of the flight, from pre-flight checks to landing. Whether you are new to flight simulation or an experienced virtual pilot, these instructions will give you the confidence to operate the Concorde with precision and enjoyment.

Before you begin, ensure you have the latest version of the Aerosimulations add-on installed and that your system meets the recommended specifications – a modern CPU, at least 8 GB of RAM, and a dedicated graphics card for smooth performance. For additional reference, you can consult the official support documentation on the site.

Getting Started with Aerosimulations.com

Your journey begins on the Aerosimulations website. After creating an account and logging in, navigate to the aircraft selection menu. Look for the Concorde – it may be listed under a dedicated supersonic category. Click on it to load the aircraft into the simulation environment. Take a moment to familiarize yourself with the cockpit layout. The Concorde features a unique four-engine arrangement, a narrow fuselage, and a highly advanced (for its time) flight management system.

If you encounter any loading issues, verify that your simulator platform (Microsoft Flight Simulator, X-Plane, etc.) is correctly linked to Aerosimulations.com. The platform's FAQ section offers helpful troubleshooting tips.

System Requirements and Performance Tips

Processor: Intel i5 or AMD Ryzen 5 or better.
Memory: 16 GB RAM recommended for high-detail airports.
Graphics: DirectX 11/12 compatible GPU with at least 4 GB VRAM.
Storage: 5 GB free space for the Concorde package.
Close background applications before launching the simulator to maximize performance.

Pre-Flight Setup and Configuration

Proper pre-flight planning is critical for a realistic and successful Concorde flight. Begin by selecting your departure and arrival airports. Because the Concorde operates at very high speeds and altitudes, choose airports with long runways – at least 3,000 meters (10,000 feet) – and suitable airfields that historically supported Concorde operations, such as London Heathrow (EGLL), Paris Charles de Gaulle (LFPG), or New York JFK (KJFK).

Weather and Time Settings

Set the weather conditions to suit your comfort level. For a first flight, use clear skies and moderate winds. The Concorde is sensitive to crosswinds during takeoff and landing, so keep wind speed below 10 knots initially. Adjust the time of day; a daytime departure simplifies navigation and visual checks.

Fuel and Payload Configuration

Fuel: The Concorde carries a large fuel load, mainly in wing tanks. For a transatlantic flight, set fuel to approximately 95% of capacity. For shorter flights, reduce accordingly. Use the fuel planner tool on Aerosimulations.com or your simulator's built-in options.
Payload: Passenger capacity is typically 100-128 seats. Set a realistic load to match the aircraft's weight and balance. Unrealistically light loads may cause control issues at high altitudes.
Center of Gravity: Verify that the CG is within the green band. Incorrect loading can lead to instability during supersonic flight.

Starting the Concorde: Engine and Systems

Once you are in the cockpit, begin the startup sequence. The Concorde uses a unique system of four Rolls-Royce/Snecma Olympus 593 engines. Follow these steps carefully:

Battery and APU: Turn on the battery master switch. Then start the Auxiliary Power Unit (APU) by pressing the APU start button. Wait for the APU to stabilize – listen for the change in sound and verify the indication lights. Allow at least 30 seconds for the APU to reach full speed.
Electrical Power: Once the APU is operational, switch the electrical buses to APU power. This provides power for engine starting and cockpit systems.
Engine Start: The Concorde engines are started sequentially: engine numbers 2, 3, 1, and then 4. Press the start switch for engine 2. Watch the RPM gauge; it should rise to about 20% before you engage the fuel lever. Move the fuel lever to ‘idle’ when the RPM reaches stability. Repeat for each engine, monitoring the Exhaust Gas Temperature (EGT). Normal EGT rise is 400-600°C – anything higher may indicate a hot start. Abort if necessary.
Check Gauges: After all engines are running, verify oil pressure, fuel flow, and generator output. The systems page on the overhead panel gives a complete overview.

For a deeper understanding of the Concorde's startup procedures, the Concorde Training Manual (external reference) provides detailed schematics.

Taxi and Takeoff

With engines running, request taxi clearance from ATC (if using) or proceed visually. The Concorde has a wide turning radius – use gentle nosewheel steering (either tiller or rudder pedals depending on the simulator). Keep taxi speed under 20 knots to maintain control. Watch for wingtip clearance; the Concorde's delta wings extend far back.

Takeoff Preparation

Set flaps to the takeoff position (typically 20 degrees). The Concorde uses a droop-nose configuration – lower the nose for improved visibility during taxi and takeoff.
Arm the spoilers and set trim for takeoff: elevator trim should be neutral or slight nose-up (check the aircraft manual).
Line up on the runway centerline. Use the localizer if available.

The Takeoff Roll

Advance the throttles smoothly to the takeoff power setting (approximately 125% N1 RPM). The Concorde requires a long takeoff roll – expect to reach rotation speed (VR) of about 180 knots indicated airspeed (KIAS) at typical weights. Monitor the engine instruments carefully. At VR, apply gentle back pressure on the yoke or side-stick to lift the nose to about 10 degrees pitch up. The aircraft will lift off the runway at around 200 KIAS. Immediately retract the landing gear and set the flaps to the ‘up’ position once positive climb is established.

Caution: The Concorde’s high angle of attack during takeoff can cause tailstrike if you pull too hard. Practice smooth inputs.

Climbing and Cruising

After takeoff, maintain a climb speed of 300-350 KIAS until reaching Mach 0.95. Then transition to a Mach-based climb schedule. The Concorde climbs at an initial rate of 3,000-4,000 feet per minute, but this decreases at higher altitudes. Use the autopilot’s altitude hold and climb modes to reduce workload.

Acceleration to Supersonic Speed

At around 40,000 feet, begin accelerating through Mach 1.0. The aircraft will experience a slight buffet as it passes the transonic region. Ensure that the fuel transfer system is balanced; the Concorde transfers fuel rearward to move the center of gravity aft for supersonic cruise. Monitor the fuel page to confirm automatic transfer. Once above Mach 1.2, the ride becomes smooth.

Cruise at Mach 2.0

Your target cruise altitude is in the range of 55,000 to 60,000 feet – depending on weight and temperature. Throttle back to maintain Mach 2.0 (about 1,350 mph true airspeed). The Concorde’s maximum cruise is Mach 2.04, but sustained operation at Mach 2.0 is normal. Use the autopilot’s Mach hold or speed hold function. At this altitude, outside air temperature is around -60°C, but the aircraft skin heats up to over 100°C due to air friction. The cockpit windows become warm to the touch – this is normal.

Navigation: Use INS (Inertial Navigation System) waypoints or GPS depending on your simulator version. Plan your route along standard Concorde tracks, such as the North Atlantic Tracks. The aircraft has a range of about 4,500 nautical miles, so monitor fuel consumption carefully.

Descending and Landing

Begin your descent approximately 120 nautical miles from the destination. Reduce throttle gradually; the Concorde has a high glide ratio and will maintain speed if you don’t add drag. Deploy speed brakes if needed (use the airbrake lever). Descend at Mach 0.95 until below 40,000 feet, then slow to 300-350 KIAS.

Approach Configuration

Lower the nose to the intermediate droop position for better visibility.
Set flaps to 20 degrees when speed is below 250 KIAS (flap speed limit is 270 KIAS).
Extend landing gear below 200 KIAS. The gear extension causes a pitch-up moment – be ready to trim.
Set flaps to full (30 degrees) on final approach.

Final Approach and Touchdown

Maintain a stabilized approach at VREF (approx 165-175 KIAS depending on weight). The Concorde requires a slightly higher approach speed than subsonic airliners. Do not allow speed to decay below VREF – the delta wing loses lift rapidly at low speeds. Aim to touch down at around 160 KIAS with a gentle flare. The main gear touches first, then lower the nose softly. Apply max reverse thrust and wheel brakes as needed. The Concorde uses an anti-skid system; engage it early but avoid locking wheels.

After landing, raise the nose to the fully up position for taxi. Vacate the runway promptly. Park and shut down engines following the checklist: fuel levers to cut-off, generator off, APU off, battery off.

Advanced Tips for a Successful Concorde Flight

Fuel Management: The Concorde’s fuel system is complex. Automatic transfer is reliable, but you may need to manually adjust fuel for balance if the automated system fails. Learn the fuel crossfeed and pump controls.
Autopilot Use: For long cruise segments, engage the autopilot’s altitude hold and Mach hold. Monitor the flight director. The Concorde’s autopilot can capture VOR and ILS signals for precision approaches.
Weather Awareness: Avoid thunderstorms and severe turbulence. The Concorde flies above most weather, but during climb and descent you may encounter poor conditions. Use weather radar if available.
Practice Engine-Out Operations: While rare, simulate an engine failure at high altitude to understand the heavy rudder forces needed to maintain control. The Concorde has a powerful autotrim system for single-engine flight.
Use Checklists: Download a Concorde checklist from Aerosimulations.com or other community resources. Following a proper procedure reduces the chance of errors.

Troubleshooting Common Issues

Issue	Possible Cause	Solution
Hot start during engine ignition	Incorrect fuel flow or starter cut-off timing	Abort start, allow the engine to cool (let air circulate), then retry. Reduce fuel lever advance if EGT exceeds 750°C.
Fuel imbalance	Transfer pump failure	Manually open crossfeed valves and activate pumps to transfer fuel. Monitor weight and balance.
Unable to maintain Mach 2.0	Excessive weight or high outside temperature	Reduce to Mach 1.9 and accept higher fuel burn. Consider diversion to an alternate airport if range becomes marginal.
Landing gear will not retract	Hydraulic pressure low	Check hydraulic system pressure. On the ground, you may need to reset the gear handle and wait for pressure buildup.

Conclusion

Flying the Concorde on Aerosimulations.com offers an unparalleled simulation experience. By following this comprehensive guide, you can confidently perform each phase of flight – from the nuanced startup sequence to the challenging supersonic cruise and the high-speed landing. The key is patience and practice. The Concorde demands attention to detail, but the reward is the thrill of commanding an aircraft that once defined the pinnacle of aviation engineering.

As you progress, explore additional resources such as community forums, video tutorials, and the Aerosimulations community where you can share experiences and ask questions. Happy flying, and enjoy the unmatched sensation of breaking the sound barrier from your home cockpit!