How do I fly the BAe 146 in a flight simulator?

To fly the BAe 146 in a flight simulator, use the aircraft’s own checklist and calculated V-speeds, manage its four engines smoothly, retract flap on schedule, and plan descents early. On approach, hold a stable speed with some power; after touchdown, deploy lift dump and wheel braking because the 146 has no thrust reversers.

For Aviation & Real-World Flying practice, treat the simulator as a procedural trainer rather than assuming every BAe 146 add-on behaves alike. Classic -100, -200 and -300 aircraft, later Avro RJ variants and simplified freeware models can have substantially different engine controls, avionics and system depth. FSX and Prepar3D pilots can practise the basic workflow with this flyable 146-100 package with custom panels and a virtual cockpit.

What makes the BAe 146 different from other jets?

The BAe 146 combines four engines, a high wing, a T-tail and unusually effective drag devices with no reverse thrust. It can descend and stop in relatively little space, but only when its airbrake, lift spoilers and wheel brakes are used correctly.

The four engines also respond less immediately than a piston engine or small turbofan. Large, abrupt thrust changes make speed control harder, especially on final approach.

How do you set up and take off in a BAe 146?

A successful BAe 146 take-off begins with the correct variant checklist, loading data, flap setting, trim and thrust target. Do not copy speeds or engine-start sequences from another 146 package without checking its documentation.

1. Set the payload and fuel. Obtain take-off V-speeds and a thrust setting from the add-on’s performance data. Flap 18 or 24 may be used on some variants and runway conditions, but neither should be selected automatically.
2. Establish electrical power. From a cold cockpit, use the battery, external power or APU as the model requires. Check fuel supply, generators, hydraulic pressure and engine instruments rather than merely listening for four running engines.
3. Start all four engines by checklist. Engine numbering runs from left to right when viewed from the cockpit. Start order and pneumatic configuration vary between models, so follow the supplied checklist and monitor temperature, oil pressure and stable idle during every start. For deeper procedural practice, this systems-oriented FS2004 146-200 includes working electrical, hydraulic, fuel and pressurisation systems.
4. Configure the flight deck. Set altimeters, navigation source, flight director modes, heading, initial altitude and take-off trim. Confirm the flight controls are free, the airbrake is shut, lift spoilers are retracted and the selected flap agrees with the performance calculation.
5. Taxi slowly. Verify nosewheel steering and brake-axis assignments before entering the runway. Four throttle levers should move together unless you deliberately use separate engine axes.
6. Set take-off thrust. Advance the levers smoothly, select the appropriate TMS rating if modelled and match the indicated thrust target. Do not simply push every lever to its mechanical limit. Check that all four engines accelerate symmetrically.
7. Rotate at the calculated Vr. Apply a smooth pitch input and follow the flight director rather than forcing a fixed pitch angle. After a confirmed positive climb, retract the landing gear; at the prescribed acceleration altitude, lower the nose slightly and retract flap in stages while maintaining the required speed.

How should you manage climb, cruise and descent?

Climb and cruise require active speed monitoring because many classic BAe 146 panels lack the fully managed vertical navigation found in newer airliners. Set the correct climb thrust, trim the aircraft and confirm what the autopilot has captured rather than relying on an armed-mode indication.

As an initial descent estimate, allow roughly three nautical miles for every 1,000 feet to lose, then add distance for slowing, restrictions and configuration. The tail airbrake can increase the descent rate without a large speed increase, but repeated heavy use usually means the descent began too late. Deploy it progressively and observe the limitations represented by your add-on.

A mistake we see constantly is allowing thrust to fall to idle while speed decays, then demanding an immediate recovery. Keep the engines spooled when levelling at restrictions or approaching the final segment; four engines can still take time to produce the thrust needed to arrest a developing sink rate.

How do you approach and land the BAe 146?

A normal BAe 146 landing uses early configuration, a calculated reference speed, a small flare and prompt lift-dump and braking after touchdown. The aircraft rewards a stable approach and punishes attempts to salvage excessive speed close to the runway.

1. Brief the approach. Confirm runway length, wind, missed-approach path and required navigation aids. Select landing flap and Vref from the model’s performance data; flap 30 or 33 is common, but mass, runway and variant determine the actual choice.
2. Configure before the final descent. Reduce speed in stages, lower the gear and extend flap on schedule. A useful simulator standard is to be fully configured and stable by 1,000 feet in instrument conditions or 500 feet in visual conditions.
3. Hold the target speed with power. Apply the prescribed wind additive and avoid chasing every one-knot variation. If the tail airbrake forms part of the model’s approach procedure, select it exactly as the checklist directs.
4. Use a restrained flare. Reduce the descent rate with a small pitch change and bring the thrust towards idle as touchdown becomes assured. Holding the aircraft off like a light Cessna causes a long float and wastes the 146’s short-field capability.
5. Dump lift after touchdown. Lower the nose under control, select lift spoilers or lift dump as modelled, confirm deployment and apply wheel braking. Do not search for reverse thrust. Our jet landing guide explains the wider approach, flare, braking and go-around sequence if those fundamentals need more practice.

Go around if the aircraft is fast, floating, poorly aligned or not correctly configured. The BAe 146’s stopping ability does not compensate for touching down deep.

Which BAe 146 mistakes cause the most trouble?

Most BAe 146 problems in a simulator come from incorrect control assignments, misunderstood drag systems or procedures borrowed from the wrong variant.

• Unequal thrust: calibrate all assigned throttle axes and remove duplicate bindings. With a single throttle, verify that all four cockpit levers move together.
• TMS confusion: check the selected thrust mode and actual engine indications. A thrust target does not guarantee that the aircraft will hold the desired airspeed.
• Late configuration: lower the gear and extend flap earlier instead of arriving high and fast, then using full airbrake to rescue the approach.
• Fixed speeds: do not reuse one take-off or landing speed for every flight. Weight, flap, runway and atmospheric conditions change the required values.
• Wrong spoiler command: use the cockpit control where possible. A generic simulator spoiler key may operate the tail airbrake, wing spoilers or both incorrectly, depending on the add-on.
• Mixed 146 and Avro RJ procedures: closely related variants may use different engine-management and avionics logic. Match the checklist to the exact aircraft loaded.

Can the BAe 146 fly a steep approach?

The BAe 146 family is associated with approved steep approaches, but they require a dedicated procedure rather than simply pointing the aircraft down at the runway. A 5.5-degree path needs a descent rate of roughly groundspeed multiplied by ten in feet per minute: at 120 knots, about 1,170 feet per minute.

That higher sink rate requires accurate speed control, suitable airbrake configuration, sufficient engine thrust and a correctly timed transition near the runway. Practise normal three-degree approaches first, then use the documentation supplied with the aircraft; this flyable 146-300QT demonstrates the type’s airbrake and short-field character. Simulator practice does not replace the aircraft, airport and operator approvals required for a real steep approach.

How do you go around in the BAe 146?

A BAe 146 go-around requires an immediate but smooth thrust increase, positive pitch control and staged reconfiguration. Engine spool-up and the aircraft’s high drag make early commitment safer than delaying near the runway.

1. Apply go-around thrust and select the go-around flight-director mode if fitted and modelled.
2. Control pitch and drag while moving the airbrake and flap to their checklist positions; do not retract all flap at once.
3. Confirm a positive climb before raising the landing gear.
4. Accelerate and clean up on the published schedule, then set climb thrust and follow the missed-approach route.