Polaris Motor AM-FIB 2003 ultralight trike Sound Effects Library
Polaris Motor AM-FIB 2003 ultralight trike
Full high-definition master audio library available on Bandcamp.
COVER
Library Overview & Details
The Polaris Motor AM-FIB 2003 ultralight trike sound library delivers 33 high-quality sound effects capturing the unique acoustic footprint of an amphibious ultralight aircraft. Designed for film sound designers, game audio engineers and post-production professionals, this collection provides complete operational coverage, from high-velocity overhead flybys and ground taxiing runs to engine revs, false starts, landing rollouts and tactile cockpit Foley.
Recorded on location using ultra-low-noise omnidirectional and matched boundary mic setups, these files isolate the distinct high-RPM engine whine, propeller air displacement and mechanical vibration of a lightweight motorized hang glider system. The pristine 32-bit float capture at 192 kHz provides extreme dynamic headroom, clean high-frequency transient detail and total processing flexibility for pitching, time-stretching or sound design layering into custom aircraft, futuristic sci-fi vehicles or interactive game engines.
Complete aerial and ground flight maneuvers: Features fast, medium and slow flybys, full unedited flight passes, fast/medium/slow takeoffs and landings, ground taxiing, ground arrivals, pulling away and standing engine idles.
Detailed engine and cockpit Foley: Documents false starts, long engine revs, short rev bursts, engine shutdowns, cockpit buttons and seatbelt latching/unlatching across multiple takes.
Pristine high-resolution capture: Recorded uniformly at 32-bit float / 192 kHz using low-noise preamps and matched capsule configurations to capture full transient detail with zero noise floor.
Multi-capsule field recording: Captured using matched omnidirectional and boundary microphones to provide transparent spatial imaging and balanced acoustic weight across all operational states.
Technical Specifications
Audio quality: 32-bit float / 192 kHz (Lossless high-resolution format)
Workflow: Fully UCS compliant (Universal Category System)
Microphones: Line Audio Omni1, FEL Clippy XLR EM272
Recorders: Sound Devices MixPre-6 II, Zoom F3
Content: 33 WAV files (Detailed flight passes, ground maneuvers, engine operations and Foley)
Individual sound effects can be purchased for €2 each or you can purchase the entire library for €60.
Enter the exact amount in the 'Recipient gets' field and type the name of the library or individual effect in the 'Add a note' field.
Included Tracklist (33 Audio Files)
UCS (Universal Category System) compliant metadata embedded in each master WAV file
Technical Specifications & Licensing FAQ
What audio formats and specifications are included in the Polaris Motor AM-FIB 2003 ultralight trike library?
The Polaris Motor AM-FIB 2003 ultralight trike library delivers broadcast-ready, master-edited 24-bit / 32-bit float Broadcast Wave Format (BWF) files recorded at high-resolution (up to 192 kHz). All audio files contain embedded iXML metadata and standardized category tags.
Is this sound effects library UCS (Universal Category System) compliant?
Yes, 100%. Every audio file follows strict Universal Category System (UCS) naming conventions (Category-SubCategory-Vendor-Project-Description) with embedded keywords, ensuring instant searchability and categorization in Soundminer, BaseHead, Soundly and Reaper.
Can I use Polaris Motor AM-FIB 2003 ultralight trike sound effects in commercial video games and films?
Yes. Your purchase includes a worldwide, perpetual 100% royalty-free commercial synchronization license for video games (Unreal Engine, Unity, Godot), feature films, television, commercials and streaming media without recurring royalty payments. Refer to our End-User License Agreement (EULA) for full terms (AI/ML training is restricted without written consent).
What recording perspectives and techniques were used for Polaris Motor AM-FIB 2003 ultralight trike?
Recorded in controlled acoustic environments utilizing high-sensitivity condenser and contact microphones to capture subtle mechanical textures, clicks, resonance and tactile details.
