Learn the main types of aircraft landings, from normal and crosswind to short-field, forced, water and autoland, and how the terms differ.
Aircraft landings are commonly classified by technique and operating condition: normal, crosswind, short-field, soft-field, flapless, tailwheel three-point or wheel, power-off or forced, precautionary, water, carrier and autoland. Visual and instrument usually describe the approach, not the touchdown; several categories can apply to the same landing.
In Aviation & Real-World Flying, there is no single official master list because the labels describe different aspects of an arrival. One flight could involve an instrument approach followed by a manual crosswind wheel landing and a full stop.
What are the main aircraft landing techniques?
| Landing type | When it is used | What distinguishes it |
|---|---|---|
| Normal landing | A suitable runway with ordinary operating margins | A stabilised approach, conventional flare, touchdown in the intended zone and normal braking. |
| Crosswind landing | Wind has a significant component across the runway | A crab, wing-low sideslip or combination keeps the aircraft on the centreline while aligning it for touchdown. |
| Short-field landing | Runway length is limited or an obstacle affects the approach | Precise speed control, an accurate touchdown point and aircraft-approved braking and flap procedures are essential. |
| Soft-field landing | Grass, mud, sand or another weak surface is suitable for the aircraft but may increase rolling resistance | The technique reduces loads on the landing gear, particularly the nosewheel, while avoiding unnecessary stopping on the soft surface. |
| Flapless landing | Flaps are unavailable or an approved procedure calls for no flap | Approach speed, attitude and runway requirement are usually greater than for the normal flap configuration. |
| Three-point landing | A tailwheel aircraft is landed near its three-point attitude | The main wheels and tailwheel contact at approximately the same time and low flying speed. |
| Wheel landing | An approved tailwheel technique is preferred, sometimes because of gusts or visibility over the nose | The main wheels touch first with positive control while the tail is initially held clear of the runway. |
For simulator practice, our coverage of normal approach control, flare timing and smoother touchdowns explains the basic sequence. Wind requires additional control inputs, covered in our guide to crab, de-crab and wing-low crosswind methods.
Three-point and wheel landings are not interchangeable recipes for every taildragger. Aircraft geometry, wind, pilot training and the approved procedure determine which is appropriate; simmers can see the practical differences in our tailwheel take-off and landing guidance for Microsoft Flight Simulator.
Which specialised landing types are there?
- Power-off or glider landing: Gliders routinely land without engine power and cannot go around, so energy and touchdown-point management begin early. A power-off landing in a powered aircraft may be training, provided it is conducted under an approved procedure, or part of a real forced landing.
- Water landing: Floatplanes and flying boats use normal, glassy-water or rough-water techniques according to the surface. A planned seaplane landing is not the same as ditching an aircraft that was not designed for routine water operations.
- Carrier landing: A fixed-wing naval aircraft normally flies a tightly controlled approach to an arrested touchdown. The pilot generally does not use the long flare associated with a conventional runway landing.
- Vertical or rolling landing: Helicopters and some specialised fixed-wing aircraft can land vertically or with forward ground speed. Helicopter procedures also include slope, confined-area and autorotative landings.
- Ski or snow landing: Aircraft equipped and approved for snow operations require techniques based on surface depth, crust, visibility and the risk of hidden obstacles.
What is the difference between forced and precautionary landings?
A forced landing is made because continued flight is no longer possible or safe, commonly after loss of power or a serious system failure. “Dead-stick” specifically means landing without propulsive power, although not every forced landing is completely powerless.
A precautionary landing is a deliberate early landing while some control or power remains. Reasons include deteriorating weather, low fuel, uncertainty about an aircraft defect or concern that continuing will turn a manageable problem into an emergency.
Ditching means an intentional emergency landing on water. A gear-up or belly landing may be selected when the undercarriage cannot be extended safely. Hard landings, bounced landings, porpoising and runway excursions are abnormal outcomes rather than planned landing techniques; “crash landing” is a broad colloquial term, not a precise procedure.
Are visual, instrument and autoland different landing types?
Visual and instrument normally describe how the aircraft reaches the runway, while manual and autoland describe who or what controls the final landing. An ILS, RNAV or other instrument approach guides the aircraft towards the runway but does not necessarily perform the flare or touchdown.
A pilot can hand-fly an instrument approach, use the autopilot for part of it and then land manually. A certified autoland system can control the final approach, flare and touchdown, and may also control rollout. It requires an appropriately equipped aircraft, suitable ground facilities where applicable, approved operating procedures and conditions within the system’s limits.
Category I, II and III designations concern instrument approach and low-visibility operating capability. They are not separate touchdown techniques, and an instrument approach does not automatically mean autoland.
Do touch-and-go and full-stop landings count as types?
Full-stop, touch-and-go and stop-and-go describe what happens after touchdown rather than the aerodynamic landing technique.
- Full stop: The aircraft lands and leaves the runway or stops as required.
- Touch-and-go: The aircraft touches down, is reconfigured and takes off again without stopping, normally for training.
- Stop-and-go: The aircraft stops on the runway before beginning another take-off, subject to clearance and available runway.
- Low approach: The aircraft approaches the runway but does not touch down, so it is not a landing.
- Go-around or rejected landing: The landing attempt is discontinued. A late rejected landing can begin after wheel contact when permitted by the aircraft procedure; a missed approach is the associated published instrument procedure.
How do pilots choose the correct landing technique?
The aircraft flight manual or pilot’s operating handbook, operating procedures and pilot training determine the technique. The main decision factors are:
- runway length, width, slope and surface condition;
- wind direction, gusts and crosswind component;
- aircraft type, landing-gear arrangement, weight and flap status;
- obstacles, weather, visibility and available approach guidance;
- system failures and the option to go around.
A demonstrated crosswind component is not automatically a certified limit unless the aircraft documentation makes it one; operator or training limits may still be lower. Speeds, flap settings and braking methods also vary substantially between aircraft.
A mistake we see constantly is treating short-field and soft-field methods as interchangeable. Short-field technique may call for prompt braking, while soft-field technique protects the gear and avoids letting the nosewheel dig in. A runway that is both short and soft requires aircraft-specific guidance and conservative performance margins, not two memorised techniques combined blindly.
Another common error is chasing an exceptionally gentle touchdown and floating beyond the safe touchdown zone. Correct speed, alignment, runway remaining and control after touchdown matter more than producing a “greaser”; an unstable approach should be discontinued according to the applicable procedure.