Learn how to land a Learjet smoothly in a flight simulator by setting Vref, stabilising the approach, flaring correctly and preventing bounces.
To land a Learjet smoothly in a flight simulator, calculate the correct Vref for the aircraft and weight, stabilise on a roughly 3-degree path, keep a little thrust through the threshold, then make a small flare and close the thrust levers progressively. Touch down on the main gear without trying to hold the jet off.
In Aviation & Real-World Flying simulation, the exact speeds and configurations depend on the Learjet variant and add-on. A Learjet 35, 45 and 60 cannot be treated as one aircraft, so use the model's checklist or landing-performance data whenever it is available.
What speed should a Learjet land at?
Use the Vref calculated or published for that Learjet's landing weight and selected flap setting. Many Learjet simulations produce figures somewhere around 120–140 KIAS at ordinary landing weights, but that is only a broad reference, not a speed to enter blindly.
Fly the final approach at Vref plus the wind correction specified by the aircraft documentation. A small additive may be appropriate in gusts, but excessive speed causes floating and consumes runway rapidly. A mistake we see constantly is adding ten or fifteen knots “for safety” and then trying to force the aeroplane onto the runway.
- Use indicated airspeed for Vref and approach-speed control.
- Use groundspeed when estimating the descent rate required for the glide path.
- Recalculate after major weight changes, rather than reusing the speed from a previous flight.
- Respect flap limits and complete each flap extension before reaching the final approach gate.
How do you fly the Learjet final approach and flare?
A smooth landing begins with a fully configured, trimmed and stable final approach; the flare cannot repair poor speed or path control.
- Prepare the landing data. Check landing weight, runway length, surface condition, wind and elevation. Set Vref and verify the required flap position, spoiler or ground-spoiler arming procedure, anti-skid and any model-specific limitations.
- Configure before short final. Extend the landing gear and flaps early enough for the jet to settle. Establish the correct aiming point and runway picture using the same principles covered in our visual approach and landing technique.
- Stabilise on approximately three degrees. A useful descent-rate estimate is groundspeed multiplied by five: 130 knots groundspeed needs about 650 feet per minute. Use thrust to manage energy and pitch to make small path corrections, rather than chasing the vertical-speed indicator.
- Apply a firm stability gate. By about 1,000 feet above the runway in instrument conditions, or 500 feet in visual conditions, the gear and flaps should be set, speed controlled, checklist complete and only small corrections required. Go around if the aircraft remains fast, high or poorly aligned.
- Trim out control pressure. Learjets respond quickly, so use small pitch and power changes. If the cockpit viewpoint is too high or low, correct it before practising; an incorrect eye position changes the apparent flare height. If using the autopilot, disconnect early enough to become settled in manual flight.
- Flare gently. Near 20–30 feet in many Learjet models, shift your gaze towards the far end of the runway, increase pitch only a few degrees and progressively bring the thrust levers towards idle. Our broader guide to improving flare timing and touchdown control explains how to practise this sight picture.
- Complete the rollout. Let the main wheels touch first, keep the nose straight and lower the nosewheel without dropping it. Confirm spoiler deployment, then use wheel braking and reverse thrust only when fitted and permitted by that Learjet's procedure.
Do not assume that every simulated Learjet has autothrottle, automatic spoilers or identical reverse-thrust logic. Some add-ons simplify these systems; others require the same arming and lever movements as the represented aircraft.
When should you start the Learjet flare?
Begin the flare close to 20–30 feet above the runway in many Learjet simulations, adjusting for the model, descent rate, runway slope and cockpit eye height. The cue matters more than an exact radio-altimeter callout: the aiming point starts moving down the windscreen and the runway appears to widen rapidly.
Do not pull sharply or attempt a large airliner-style pitch change. A Learjet needs only a modest arrest of the descent. Closing the thrust levers too early can produce a sudden sink; leaving substantial thrust on while raising the nose causes a long float.
Why does the Learjet float or bounce?
Floating normally comes from excess speed or thrust, while bouncing usually follows excessive sink, a forced touchdown or an aggressive pitch correction.
| Symptom | Likely cause | Correct response |
|---|---|---|
| Long float | Approach above target speed, tailwind, excess flare or thrust left on | Do not push the nose down. Maintain a modest landing attitude, close the thrust and go around if a normal touchdown-zone landing is no longer possible. |
| Hard touchdown | Thrust reduced too early, approach below the glide path or flare started late | Stabilise the next approach and retain enough thrust through the threshold to prevent the sink rate building. |
| Small bounce | Excess descent rate or touchdown before the flare was complete | Hold the landing attitude and use power if required. Do not shove the nose towards the runway. |
| Large or repeated bounce | Fast approach, forced touchdown or over-correction after the first bounce | Go around immediately; attempting to salvage it risks a nosewheel-first impact or porpoising. |
| Sideways skip | Drift remained at touchdown or the de-crab was mistimed | Practise the correct crab, de-crab and wing-low inputs in our crosswind landing guidance. |
Is the smoothest touchdown always the best landing?
No. A safe Learjet landing puts the main wheels down within the touchdown zone, on speed and with enough runway left for spoilers, braking and any permitted reverse thrust to work.
Trying to achieve an extremely low touchdown rate can lead to a prolonged float, especially on a short, wet or contaminated runway. Accept a positive touchdown when conditions demand it; centreline control, touchdown position and proper deceleration matter more than a simulator's landing-score number.