Product Description
The Zastava Florida sound library captures the unique sonic signature of Giugiaro-designed late-1980s Eastern European automotive engineering. Recorded using a high-end multi-channel microphone configuration, this collection provides sound designers, post-production editors and game audio developers with a detailed asset library for late Cold War-era vehicles, period European cinema and authentic mechanical sound design.
By combining phase-aligned multi-perspective driving sequences with steady-state engine RPM runs and a complete mechanical Foley catalog, this library delivers the full spectrum of late-80s plastic, glass and lightweight steel resonances.
Synchronized tri-perspective driving setup: Features phase-aligned recordings across three dedicated channels – engine bay, exhaust tailpipe and cabin interior, granting complete flexibility for cross-fading between internal and external perspectives.
Constant RPM recordings and dynamic maneuvers: Includes steady-state 2000 RPM, 3000 RPM and 4000 RPM runs across all three perspectives alongside variable-speed driving sequences, neutral coasting, speed fluctuation loops, cornering pass-bys and controlled arrival or departure routines.
Comprehensive late-1980s Foley catalog: Captures era-specific tactile details including lightweight door latches, central locking solenoids, dashboard switches, front and rear sliding ashtrays, manual window cranks, glovebox hinges and folding side mirrors.
Universal Category System integration: Fully organized under standard UCS metadata rules for rapid catalog indexing, clean asset management and seamless post-production integration.
Technical specifications
Audio quality: 32-bit float / 192 kHz (Ultra-high resolution for extensive pitching, time-stretching and sound design processing)
Workflow: Fully UCS compliant (Universal Category System)
Microphones: Shure KSM137, Line Audio Omni1, FEL Clippy XLR EM272 and Sonorous Objects SO.3
Recorders: Sound Devices MixPre-6 II and Zoom F3
Content: 231 WAV files (Tri-perspective steady RPM holds, driving sequences, dynamic pass-bys, mechanical operations and an extensive interior/exterior Foley archive)