KRAMPFSTADT STUDIO

Kymco Top Boy 1996 scooter motorcycle Sound Effects Library

Price: €50 Release Year: 2024 Universal Category System (UCS) 32-Bit / 192 kHz WAV

Library Overview & Details

The Kymco Top Boy is a iconic, agile 50cc two-stroke scooter celebrated for its punchy acceleration, lightweight build and distinct retro-utility design. Its acoustic signature is characterized by a high-pitched two-stroke engine buzz, sharp exhaust pops, metallic frame rattles and high-frequency mechanical whines under load. This expansive sound library captures the full operational character of mid-1990s two-stroke urban transit, providing an authentic sonic profile for city street scenes, period film post-production, game audio vehicle implementation and specialized sound design.

Whether you need to build realistic motor acceleration curves, extract isolated structural resonance for sci-fi engine layers or source pristine physical foley from vintage scooter components, the Kymco Top Boy library delivers a detailed, high-fidelity toolkit.

Triple-Perspective Synchronized Tracking: Features phase-aligned multi-channel recordings capturing three distinct acoustic focal points: the engine perspective (mechanical intake, motor block and mechanical whines), the exhaust perspective (muffled two-stroke pops, tailpipe pressure and rasp) and direct structural resonance via the contact microphone perspective (internal gear churn, chassis vibration and frame stress).

Static RPM Loops & Dynamic Maneuvers: Includes isolated steady-state RPM holds (3000, 4000 and 5000 RPM) across all three perspectives for seamless game audio looping, paired with a complete suite of real-world driving behaviors like slow, medium and fast cruising, acceleration sweeps, cornering, U-turns and external pass-bys.

Pristine High-Resolution Capture: Recorded at 192 kHz / 32-bit float using the professional Sound Devices MixPre-6 II field recorder. Captured with a specialized mic array featuring the Shure KSM 137, Line Audio Omni1, low-noise FEL Clippy XLR EM272 omni microphones and JrF C-Series Pro+ contact mics for ultra-clean transient capture and zero-noise floor recording.

Comprehensive Onboard Foley & Switches: Archives 87 total WAV files covering tactile physical interactions, including passenger footrests, fuel cap latches, ignition keys, headlight toggles, horn blasts and frame mechanicals.

Technical Specifications

Audio Quality: 32-bit / 192 kHz (Lossless, high-definition masters optimized for cinematic mixing and extreme sound manipulation)

Workflow: Fully UCS compliant (Universal Category System)

Microphones: Shure KSM 137, Line Audio Omni1, FEL Clippy XLR EM272, JrF C-Series Pro+

Recorders: Sound Devices MixPre-6 II

Content: 87 WAV files (Synchronized triple-perspective driving loops, static RPM holds, dynamic water/road pass-bys, engine revs and detailed mechanical foley).

Specifications: 87 sounds • 32 Bit / 192 kHz • 1.54 GB • 34 minutes • UCS

Individual sound effects can be purchased for €2 each or you can purchase the entire library for €50.

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 (87 Audio Files)

UCS (Universal Category System) compliant metadata embedded in each master WAV file

87 Master Tracks
01 3000 RPM contact microphone perspective WAV
02 3000 RPM engine perspective WAV
03 3000 RPM exhaust perspective WAV
04 4000 RPM contact microphone perspective WAV
05 4000 RPM engine perspective WAV
06 4000 RPM exhaust perspective WAV
07 5000 RPM contact microphone perspective WAV
08 5000 RPM engine perspective WAV
09 5000 RPM exhaust perspective WAV
10 arriving fast WAV
11 arriving medium WAV
12 arriving slow WAV
13 driving fast contact microphone perspective WAV
14 driving fast engine perspective WAV
15 driving fast exhaust perspective WAV
16 driving medium contact microphone perspective WAV
17 driving medium engine perspective WAV
18 driving medium exhaust perspective WAV
19 driving slow contact microphone perspective WAV
20 driving slow engine perspective WAV
21 driving slow exhaust perspective WAV
22 driving with corner turn contact microphone perspective WAV
23 driving with corner turn engine perspective WAV
24 driving with corner turn exhaust perspective WAV
25 driving with speeding up and slowing down contact microphone perspective WAV
26 driving with speeding up and slowing down engine perspective WAV
27 driving with speeding up and slowing down exhaust perspective WAV
28 driving with turning around contact microphone perspective WAV
29 driving with turning around engine perspective WAV
30 driving with turning around exhaust perspective WAV
31 driving with U turn contact microphone perspective WAV
32 driving with U turn engine perspective WAV
33 driving with U turn exhaust perspective WAV
34 foot rest down 1 WAV
35 foot rest down 2 WAV
36 foot rest down 3 WAV
37 foot rest up 1 WAV
38 foot rest up 2 WAV
39 foot rest up 3 WAV
40 gas tank close 1 WAV
41 gas tank close 2 WAV
42 gas tank close 3 WAV
43 gas tank open 1 WAV
44 gas tank open 2 WAV
45 gas tank open 3 WAV
46 horn long WAV
47 horn several shorts WAV
48 horn short WAV
49 key into steering wheel 1 WAV
50 key into steering wheel 2 WAV
51 key into steering wheel 3 WAV
52 key out of steering wheel 1 WAV
53 key out of steering wheel 2 WAV
54 key out of steering wheel 3 WAV
55 lights off 1 WAV
56 lights off 2 WAV
57 lights off 3 WAV
58 lights on 1 WAV
59 lights on 2 WAV
60 lights on 3 WAV
61 pass by corner turn WAV
62 pass by fast WAV
63 pass by medium WAV
64 pass by slow WAV
65 pass by with slowing down and speeding up WAV
66 pulling away fast WAV
67 pulling away medium WAV
68 pulling away slow WAV
69 revving long contact microphone perspective WAV
70 revving long engine perspective WAV
71 revving long exhaust perspective WAV
72 revving several shorts contact microphone perspective WAV
73 revving several shorts engine perspective WAV
74 revving several shorts exhaust perspective WAV
75 revving short contact microphone perspective WAV
76 revving short engine perspective WAV
77 revving short exhaust perspective WAV
78 side stand down 1 WAV
79 side stand down 2 WAV
80 side stand down 3 WAV
81 side stand up 1 WAV
82 side stand up 2 WAV
83 side stand up 3 WAV
84 turn indicator WAV
85 turn on, idle, turn off contact microphone perspective WAV
86 turn on, idle, turn off engine perspective WAV
87 turn on, idle, turn off exhaust perspective WAV

Technical Specifications & Licensing FAQ

What audio formats and specifications are included in the Kymco Top Boy 1996 scooter motorcycle library?

The Kymco Top Boy 1996 scooter motorcycle 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 Kymco Top Boy 1996 scooter motorcycle 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 Kymco Top Boy 1996 scooter motorcycle?

Captured with specialized close-mic engine setups, exhaust placements and high-speed exterior pass-bys documenting 2-stroke/4-stroke revs, acceleration, gear shifts and idling.