/ Race & Performance

Acoustic engineering built for race-chassis constraints.

Heat, vibration, and extreme g-forces disqualify off-the-shelf installs. Every system here is measured, routed, and tuned to the specific platform.

Close-up of an amplifier rack mounted inside a performance car engine bay bulkhead, custom aluminum bracket with ventilation slots, thermal pads visible beneath each amp, bright even daylight from the open hood above showing every fastener and heat-management detail
Close-up of an amplifier rack mounted inside a performance car engine bay bulkhead, custom aluminum bracket with ventilation slots, thermal pads visible beneath each amp, bright even daylight from the open hood above showing every fastener and heat-management detail
Overhead documentation photograph of a carbon-fiber-doored performance car interior, acoustic measurement microphone on a stand positioned at the driver's ear point, laptop showing frequency response sweep on the seat, bright studio overhead lighting revealing every surface treatment
Overhead documentation photograph of a carbon-fiber-doored performance car interior, acoustic measurement microphone on a stand positioned at the driver's ear point, laptop showing frequency response sweep on the seat, bright studio overhead lighting revealing every surface treatment
▸ Heat Management

Amplifier placement rated for continuous high-RPM operation.

Every amplifier position is chosen for thermal load, not convenience. Brackets are fabricated to spec, heat-spreaders are sized to the component, and placement is documented with a wiring diagram delivered post-install.

No component is mounted near an exhaust path or in a high-vibration node without isolation. Thermal and vibration mapping precede the first drill hole on every race build.

Post-Modification Tuning

Carbon and weight changes alter resonance. We re-measure.

Composite panels and deleted interior mass shift the acoustic signature of the chassis. Post-modification, we run a full acoustic sweep and re-tune the DSP profile to the new resonance map.

The result ships with component placement diagrams and measured frequency response curves — a technical record of exactly what was installed and why.

Your build has constraints. Let's engineer around them.

Send us your vehicle class, current build spec, and timeline. We'll scope a motorsports-specific system from the chassis up.