Product Description
The Opel Vectra B sound library captures the distinct acoustic character, mechanical feedback and analog trim details of General Motors’ mid-90s European family sedan. Recorded with a multi-mic setup combining shotgun, lavalier and boundary microphones, this package delivers pristine, authentic automotive audio for period-accurate film post-production, television sound design and interactive game audio integration.
By integrating phase-aligned multi-perspective driving sequences with an exhaustive collection of interior and exterior mechanical Foley, this set offers complete flexibility for blending engine rumble, exhaust signatures and cabin ambiences.
Synchronized tri-perspective driving setup: Phase-aligned multi-track recordings capturing engine bay, exhaust pipe and interior cabin perspectives simultaneously, allowing seamless crossfading, balance control and channel isolation for game engines and linear mixing.
Mid-90s driving dynamics & pass-bys: Covers slow, medium and fast driving maneuvers alongside reverse tracking, engine ignition/idle routines, stationary revving patterns, rapid departures and dynamic exterior pass-bys across all recorded perspectives.
Detailed mechanical Foley & interior interactions: Features comprehensive multi-take recordings of door latches, central locking solenoids, manual key turns, dashboard switchgear, steering column adjustments, seatbelt retractor clicks, CD player loading routines and rear wiper cycles.
Universal Category System integration: Fully organized with standardized UCS metadata tags for rapid searching, filtering and effortless workflow integration across all major DAWs.
Technical specifications
Audio quality: 32-bit float / 192 kHz (Ultra-high resolution for heavy pitch-shifting, time-stretching and dynamic audio processing)
Workflow: Fully UCS compliant (Universal Category System)
Microphones: RØDE NTG1, RØDELink Lav and FEL Clippy XLR EM272
Recorders: Sound Devices MixPre-6 II
Content: 218 WAV files (Tri-perspective driving passes, engine startup/idle routines, revving sequences and an extensive mechanical/Foley library)