Design the sound around its job
Treat a door as several interactive events: latch release, movement, final contact and locking. Describe the material, weight and mechanism before adding age or atmosphere. Separate movement from contact if the player can stop a door halfway or reverse it, rather than using one long recording for every interaction.
Prompt examples
heavy old wooden door opening slowly, short hinge creak and wood strain, close dry foley, no closing slam
locked metal door handle tried once, compact handle rattle and latch resistance, door remains shut, no voices
sci-fi sliding airlock closing, smooth motor travel, short heavy stop and seal hiss, isolated interior mechanism
Make it work in the game
- Define the mechanismChoose hinged wood, heavy steel, a sliding airlock or another specific construction. Name what moves and where the listener stands.
- Split the statesCreate open, close, latch, lock and blocked cues as needed. A rattling locked handle should not accidentally include a successful opening.
- Follow interaction timingMatch hinge or motor movement to the actual travel, then trigger the final contact when the panel reaches its stop.
What to check before export
- Test interrupted opening and repeated handle use, not only a complete open-close animation.
- Keep baked-in room reverb restrained if the same door appears in rooms of different sizes.
- Make the locked response noticeably different from a successful latch release without relying on volume alone.
Continue your sound workflow
Frequently asked questions
Should opening and closing share a reversed sample?
Reversing can create unnatural latch and impact shapes. Generate separate open and close events when the mechanism has a clear start or stop.
How do I avoid a door sound playing after the door stops?
Split sustained hinge or motor movement from the final contact. Stop or fade the movement when the game stops the door, and trigger contact only when it actually reaches the frame.