Learn how to select and lock air and ground targets in DCS World, bind the right controls, understand sensor modes and fix failed locks.
To select and lock a target in DCS World, put the aircraft in the correct air-to-air or air-to-ground mode, make the relevant sensor or display active, place its acquisition cursor over a valid contact, then press that module’s designate or lock command. Confirm the lock from the sensor symbology; controls and terminology vary by aircraft.
What do select, designate and lock mean in DCS World?
Selection, designation and locking are related actions, but they are not interchangeable in every DCS aircraft.
| Action | What it normally means |
|---|---|
| Detect | A radar, targeting pod, seeker or other sensor can see the object. |
| Select or bug | The contact becomes a priority track or the track used for weapon calculations. This may not be a hard lock. |
| Designate | The aircraft creates a target point or assigns a sensor track as its target. |
| Lock | A sensor or weapon seeker actively tracks the target, such as radar STT, targeting-pod point track or a missile-seeker lock. |
A common mistake is to expect one universal Target Lock key. Full-fidelity modules model different HOTAS logic, while simplified aircraft may provide a more direct command. A TWS track, ground designation and infrared-seeker lock can all support an attack without behaving like an STT radar lock.
Which controls should I bind for target locking?
Bind the targeting commands for the exact aircraft variant you are flying, not only the General or UI Layer control categories.
- Radar or sensor cursor slew axes, or four directional slew commands
TDC Depress, designate or target-lock command- Undesignate, return-to-search or lock-release command
- Sensor-select or display-priority commands
- Radar elevation, range and acquisition-mode controls
- Targeting-pod, seeker and uncage controls where applicable
The names differ by module: one cockpit may use TDC, another radar cursor, sensor control switch or target designate. Open the Controls menu, select the aircraft itself and search those terms. Our aircraft-specific keyboard and mouse control reference explains why copied key lists often fail and how to locate the correct binding.
How do I lock an air target?
For an air target, the reliable sequence is to detect it with your own radar or seeker, place the acquisition cursor over its return and command the type of track required by your aircraft and weapon.
- Select air-to-air mode. Choose the appropriate radar or visual-acquisition mode. Ensure the radar is operating rather than silent or in standby.
- Build a useful search volume. Set azimuth, elevation and range so the target’s altitude and bearing fall inside the radar scan. A contact outside the antenna scan will not appear merely because datalink shows it.
- Make the radar display active. In aircraft using sensor-of-interest logic, the cursor and designate command affect only the active display.
- Acquire the contact. Place the cursor over the radar return and press designate or target lock. Some radars create a trackfile or launch-and-steering target on the first action and enter STT only after another command.
- Verify the track. Check the target box, range, closure, aspect and steering information. Do not assume a changed symbol always means STT; read the module’s radar symbology.
For a visual dogfight, use an ACM mode such as boresight, vertical scan or a helmet-directed acquisition mode where fitted. Put the target inside that mode’s scan region. Depending on the aircraft, the radar may lock automatically or wait for an acquisition command.
TWS and STT serve different purposes. TWS keeps scanning while maintaining one or more trackfiles and can support some weapons. STT concentrates the radar on one target, but reduces wider search coverage and may produce a lock indication on the opponent’s warning equipment. Use the mode specified by the aircraft and weapon procedure rather than forcing STT for every shot.
How does target locking work in the F-14?
In the DCS F-14, beyond-visual-range radar search and track management normally belong to the RIO or Jester AI; the pilot also has close-combat acquisition modes. Our practical F-14 Jester radar workflow covers finding contacts, choosing a target and requesting an STT lock.
How do I designate a ground target?
Ground attacks usually use a designation or sensor track rather than the air-to-air radar-lock sequence.
- Select air-to-ground mode and the sensor. This might be a targeting pod, air-to-ground radar, helmet sight, HUD designation or weapon seeker.
- Make that sensor active. Ensure slew and designate commands control the intended display.
- Locate the target area. Use a waypoint, mission briefing, JTAC information or visually acquired position to point the sensor near the target.
- Slew onto the object. Narrow the field of view when needed, then stabilise or designate the location.
- Choose the appropriate track. Area track holds a patch of terrain; point track attempts to follow a distinct object and is usually preferable for a moving vehicle when the sensor supports it.
- Confirm the weapon has the target data. A targeting-pod designation does not automatically mean a Maverick or another independent seeker is locked. Complete any required hand-off or acquire the target through the weapon seeker.
The F10 map can help establish coordinates or recognise terrain, but a map marker is not automatically a cockpit sensor lock. Use these F10 map techniques for checking coordinates, then acquire the location with the aircraft’s avionics. When a controller is involved, the workflow for receiving and finding a JTAC target explains marks, coordinates and laser designation.
Why will DCS World not lock the target?
Most failed target locks come from the wrong sensor having control, an unsuitable acquisition mode or trying to lock a symbol that is not an own-sensor return.
| Symptom | Likely cause and fix |
|---|---|
| The contact appears, but nothing happens | Make the radar or sensor display active and verify the aircraft-specific designate binding. The first press may only create a trackfile; the selected radar mode may require a second action for STT. |
| Datalink shows a target that radar cannot lock | The symbol may come from another aircraft or an airborne controller. Point your own radar scan at the reported altitude and bearing until it produces an acquisition-quality return. |
| The cursor will not reach or select the contact | Check cursor bindings, display priority and radar elevation. The target may be outside the antenna’s gimbal or scan volume. |
| The lock breaks during a turn | The target may have crossed the radar’s gimbal limit, entered terrain masking or defeated the track through aspect and closure changes. Reduce the turn, reposition and reacquire. |
| A targeting pod drifts off a vehicle | Area track is holding the ground beneath it, or point track lacks enough contrast. Use point track where supported, narrow the field of view and avoid pod masking. |
| A missile seeker will not lock | Check that the seeker is uncaged, active and inside its acquisition limits. A radar or pod designation alone may not complete the weapon hand-off. |
| The wrong nearby aircraft is acquired | Use a narrower scan or acquisition mode, separate the contacts on the display and place the gate carefully before commanding another lock. |
Does a radar lock prove the target is hostile?
No. A successful lock proves that the sensor can track the object; it does not by itself establish identity or permission to fire.
Use the aircraft’s identification systems, datalink information, visual identification and the mission’s rules of engagement. An unanswered interrogation is not automatically proof that an aircraft is hostile, and symbol colours can depend on the module and mission configuration.
Do all weapons require a target lock?
No; the required targeting state depends on the weapon and the avionics modelled by the DCS module.
- Semi-active radar missiles generally need continuous radar support in a compatible tracking mode.
- Active radar missiles may launch from TWS or STT and later use their own radar, depending on the aircraft and missile.
- Infrared missiles need a seeker lock, but a radar lock may be optional targeting assistance.
- Laser-guided weapons need a valid designation, matching laser setup and correct laser timing rather than an air-to-air radar lock.
- GPS or inertial weapons use coordinates or an aircraft target designation and normally do not lock onto the visible object.
- Guns can fire without a lock, although radar or sensor tracking can provide a much better firing solution.
Always verify the cockpit’s lock or tracking indication before release. Seeing a target box, datalink symbol or targeting-pod image does not necessarily mean the selected weapon is ready to guide.