Enclosure Design Service

Ready to get the most from your subwoofer? You’ve come to the right place. Check out the video above and have your next enclosure professionally designed by the Audio Dynamics acoustic engineer. Here is what to expect after your design is finished:

A complete design packet will be sent to your e-mail address as a PDF attachment which includes:

• In-Cabin frequency response trace
• System electrical impedance trace
• Placement & orientation instructions
• Detailed measurements & annotations
• 3D illustration of the assembly steps
• Recommended amplifier settings

Our advanced modeling process calls for several bits of data, but we’ve streamlined the process to a few easy steps:

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Contact Information

Authorized Audio Dynamics Retailer? *

Store Name *

Name *

First

Last

Email *

Phone *

Vehicle Information

Year *

Make *

Model *

Body Type *

Roof *

Permanant / Hardtop
Convertible / Cloth

Aftermarket Sound Damping *

None
Minimal
Moderate
Extensive

Enclosure Properties

Material Thickness *

This is the thickness of the building material that the design will be based on.

Enclosure Profile (As Viewed from The Side)

Enclosure Profile *

A (Rectangular)
B (Front / Rear Slanted)
C (Top Slanted)
D (Other / Irregular)

Rectangular Enclosure Dimensions (Maximum Available)

Please note: The pass/fail condition for "maximum" is that you can't negotiate up from that value. Measure accordingly.

Height (H) *

This is your top-to-bottom measurement.

Width (W) *

This is your side-to-side measurement.

Depth (D) *

This is your front-to-back measurement.

Front/Rear Slanted Enclosure Dimensions (Maximum Available)

Please note: The pass/fail condition for "maximum" is that you can't negotiate up from that value. Measure accordingly.

Height (H) *

This is your top-to-bottom measurement.

Width (W) *

This is your side-to-side measurement.

Upper Depth (D1) *

This is your upper front-to-back measurement.

Lower Depth (D2) *

This is your lower front-to-back measurement.

Top Slanted Enclosure Dimensions (Maximum Available)

Please note: The pass/fail condition for "maximum" is that you can't negotiate up from that value. Measure accordingly.

Front Height (H1) *

This is your front top-to-bottom measurement.

Rear Height (H2) *

This is your rear top-to-bottom measurement.

Width (W) *

This is your side-to-side measurement.

Depth (D) *

This is your front-to-back measurement.

Sketch out the shape of your maximum available space, indicating dimensions, crucial angles, and any off-bounds areas. Take a picture / screenshot of it, and attach it here.

Please note: The pass/fail condition for "maximum" is that you can't negotiate up from that value. Measure accordingly.

Dimensional Sketch

Click or drag a file to this area to upload.

Truck Enclosure Placement *

Cut Height (A) *

This is the height of your cut-out.

Cut Width (B) *

This is the width of your cutout.

Bed-to-Cutout Distance (C) *

This is the vertical distance from the bed to your cutout.

Drive Shaft Hump Allowance *

The floorboard is flat.
There is a hump that the enclosure will have to clear.

Passenger Side Width (A) *

Distance from the leftmost edge to the notch.

Notch Width (B) *

Distance across the notch.

Driver Side Width (C) *

Distance from the notch to the rightmost edge.

Notch Indent (D) *

How far the notch protrudes into the enclosure.

Driver Make & Model

Driver Brand *

I'm using Audio Dynamics subs.
I'm using 3rd party subs.

Subwoofer Series *

1000 Series *

2000 Series *

3000 Series *

4000 Series *

5000 Series *

6000 Series *

Upload a picture of your Audio Dynamics subwoofer *

Click or drag a file to this area to upload.

Brand Name *

This is the name of your driver's manufacturer.

Series / Model *

This is the driver identifying series / model name.

Driver Size *

Voice Coil Arrangement *

Single Coil
Dual Coil
Quadruple Coil

Ohm Load (Per Voice Coil)

4 Ohms

Driver Physical Properties

Layout

Displacement *

In liters.

Cutout Diameter *

In inches.

Motor Diameter *

In inches.

Outer Diameter *

In inches.

Mounting Depth *

In inches.

Driver T/S Parameters

Layout

Fs *

Free-Air Resonance (Hz)

Mms *

Moving mass (g)

Vas *

Equivalent Air Compliance (l)

Qes *

Electrical Q

Le *

Inductance (mH)

Qms *

Mechanical Q

Sd *

Piston area (cm²)

Cms *

Mechanical Compliance (mm/N)

Re *

DC Resistance (Ω)

BL *

Motor Strength (Tm)

Driver Quantity

1 Sub(s)

Amplifier Information

Layout

Amp Quantity

1 Amplifier(s)

Power (RMS) *

Watts Per Amplifier.

Performance Information

Emphasis on: *

A: Linear Bandwidth (SQ)
B: Bandwidth & Efficiency (SQL)
C: Peak Sensitivity (SPL)

This option is intended for maximally flat performance, wide bandwidth, accuracy, and minimal group delay.

This option represents a middle-of-the-road compromise between bandwidth and sensitivity with some emphasis on linearity and group delay.

This option focuses on efficiency at the expense of all other traits. Rather than music, this option is intended for measuring test tones on a pressure sensor.

Layout

Metering Position *

Headrest
Dash
Foot Well

Dominant Cabin Resonance (Hz)

~30Hz

Listening Preferences

List the genres of music (not artists) that you'll be listening to. This will help determine the appropriate response weighting.

Additional Notes

If there's anything else essential to the project that this form did not cover, use this space to describe it.

Bot Check *