How do you perform level bombing in a combat flight simulator?
Learn level bombing in a combat flight simulator: set the bombsight, stabilise the run, release accurately and fix common long or short misses.
To perform level bombing in a combat flight simulator, stabilise the aircraft on a constant heading, altitude and airspeed, set the correct bombsight or attack-computer inputs, align the target, open the bomb bay if required, and release at the calculated point. Accuracy depends mainly on steady flight and correct wind, altitude and speed data.
Which level-bombing mode should you use?
Use the bombing system modelled by your aircraft rather than trying to apply one universal technique. Historic bombers, modern strike aircraft and simplified game modes calculate the release point differently.
| Bombing system | Pilot's task | Release method |
|---|---|---|
| Optical or mechanical bombsight | Enter altitude, speed and wind information, then track the target through the sight | Manual release or bombsight-controlled automatic release |
| CCRP or computed release | Designate the target and follow the steering cues while maintaining the required flight path | Hold weapon-release consent until the computer releases the bombs |
| CCIP | Place the continuously calculated impact point over the target | Manual release when the pipper reaches the target; it may be below the display during high-level flight |
| Fixed sight or manual mode | Use a known sight depression, release table or practised visual reference | Manual release at the estimated point |
CCRP is normally the practical choice for level attacks in a modern aircraft, while a stabilised optical sight is the authentic method in a dedicated bomber. Our guide to combat simulators with WWII bombing missions explains which titles provide proper bomber stations, bombsights and mission support.
How do you set up and fly a level-bombing run?
- Confirm what the sight expects. Check whether it requires height above the target, barometric altitude, true airspeed, groundspeed, target elevation or wind data. Also verify whether the units are feet or metres and knots, miles per hour or kilometres per hour.
- Configure the weapons. Select the correct bomb station, quantity, fuze and single, pair, salvo or ripple release. If an interval is specified in seconds, approximate ground spacing is
groundspeed × release interval. A short interval concentrates the pattern; a longer one spreads it along the flight path. - Calculate bombing height correctly. A sight asking for height above target does not want indicated altitude above mean sea level. Subtract target elevation from aircraft altitude: an aircraft at 10,000 ft MSL attacking a target at 2,000 ft MSL has a bombing height of approximately 8,000 ft. Radar height directly below the aircraft is not a substitute over uneven terrain.
- Establish the run-in early. Line up with enough time to trim the aircraft, settle at the planned speed and reduce bank and yaw to almost zero. Open the bomb bay before the final stabilisation period if the aircraft requires it, because the extra drag can change airspeed and pitch.
- Acquire and track the target. In an optical sight, place the correct aim point on the target and complete any calibration or tracking procedure the simulation models. With CCRP, designate the target accurately and follow the steering line. With CCIP, the impact pipper must actually reach the target before release.
- Correct for wind and drift. Enter the wind using the direction convention expected by that aircraft, or establish an into-wind heading correction until the sight tracks straight over the target. Do not skid with rudder to force the reticle sideways; the resulting yaw sends the bomb pattern off line.
- Arm and release. Set the master arm, select the correct stations and confirm that the bomb bay is open. For automatic release, hold the consent control continuously while following the steering cue. For a manual sight, release as the target reaches the calculated index rather than reacting after it has passed.
- Hold the aircraft steady through separation. Maintain the bombing attitude until every weapon in the ripple has left the aircraft. Banking as the first bomb releases curves the remaining pattern and can cause clearance problems in more detailed simulations.
A mistake we see constantly is entering indicated airspeed when a bombsight expects true airspeed, or entering aircraft altitude MSL when it expects height above the target. Both errors can produce a neat pattern that consistently misses.
Why do level bombs land long, short or off target?
Consistent misses usually indicate bad input data or an unstable release rather than random bomb behaviour.
| Symptom | Likely causes | What to correct |
|---|---|---|
| Every bomb lands long or short | Wrong altitude reference, target elevation, airspeed type, unit setting or release delay | Verify each bombsight input and repeat the run at identical conditions |
| Pattern lands left or right | Uncorrected crosswind, inaccurate target designation, sideslip or bank at release | Correct drift with heading, centre the steering cue and keep the aircraft coordinated |
| Pattern is stretched or scattered | Airspeed changes, incorrect ripple interval, manoeuvring during release or poorly stabilised flight | Hold speed and attitude until the complete salvo has separated |
| Weapons do not release | Master arm off, wrong station selected, bay closed, release interlock active or consent button released too soon | Check the aircraft's arming sequence and hold consent through the computed release point |
| Bombs strike but do not explode | Incorrect fuze, insufficient arming time or simulated dud behaviour | Select an appropriate fuze and allow the required safe-separation time |
Change only one variable between practice runs. If altitude, speed, wind and release mode all change together, the impact point tells you very little about the original error.
Does autopilot improve level-bombing accuracy?
Autopilot can improve accuracy when it holds the intended altitude, heading and attitude without fighting the bombsight. Some historic systems include dedicated bombsight steering or autopilot coupling; other aircraft expect the pilot to follow steering commands manually.
Trim the aircraft before engaging any hold mode, and watch for speed loss after opening the bay. If the autopilot oscillates, continually chases altitude or disconnects during weapon release, a well-trimmed manual run will be more accurate.
How should you practise level bombing?
Start with a large isolated target, clear weather, no wind and the same altitude and speed on every pass. Record where the centre of the pattern lands, correct one input, then repeat before adding crosswind, cloud or defensive threats.
- Practise single-bomb releases first so release-point errors are easy to see.
- Add paired or ripple releases only after the first impact is consistent.
- Introduce a steady crosswind before trying variable winds or turbulence.
- Use tracks, replays or external views for assessment, but fly the run from the intended cockpit or bomb-aimer station.
For structured modern-combat practice, our selection of progressive DCS training missions and practice resources helps isolate weapon setup and release technique from combat pressure. For a classic manual workflow, the FSX Dornier Do 17 package with bomb-aimer training material provides an aircraft, bombing views and documented scenarios built around precision level bombing.