Prodigy Audio
Proline X | Dual 10" Wedge Sealed System | Loaded with Prodigy NB2
Proline X | Dual 10" Wedge Sealed System | Loaded with Prodigy NB2
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- Best For: High-output daily builds / Trunk and SUV installs
- Configuration: Dual 12" Sealed — Wedge Style
- Sonic Character: Deep, High-Output, Musical
What's Included
The Proline X Dual 10" SealedSystem pairs the Prodigy Audio NB2-10 10" subwoofer with a Proline X ported wedge enclosure built at our Tennessee facility. connect your amplifier and it's ready to run.
Every panel is CNC-cut from 3/4" Langboard Elite MDF at our Tennessee facility — a mill-certified panel stock with a 200 psi internal bond rating, 410,000 psi modulus of elasticity, and 325 lb face screw holding strength. In a ported enclosure, panel rigidity directly affects port output. Any flex in the cabinet walls bleeds energy away from the port and into the structure — the result is soft, undefined bass at volume. This box does not flex.
Version III construction uses V-groove combined with dado joinery throughout. Each mating panel is channeled into a mechanical lock before adhesive is applied, increasing glue surface area and eliminating the micro-gaps that develop in standard butt joint construction over time. The terminal cup is built in-house at our Tennessee facility — ABS/Carbon Fiber Composite body, recessed mount, stainless steel hardware, aluminum landing plates, copper ring terminals, and 12g OFC speaker wire pre-installed. Nothing to source. Nothing to upgrade. It ships ready to wire.
Why Proline X?
Most enclosures are built to a price point. Proline X is built to a spec. Every box starts with published-data MDF, gets CNC-cut to exact internal volume, and is assembled by hand in our Tennessee facility. The difference shows up in the measurements — and in how the box holds up two years into daily use.
CNC-Cut to Spec
Panels are machine-cut on ShopSabre CNC routers and joined with V-groove and dado joinery. Consistent geometry, no hand-cut variance, no gaps at the joints.
Handcrafted in USA
Hand-assembled at our facility in Tullahoma, TN. Every enclosure is inspected before it ships.
Tuned to the Build
Internal volume and port geometry are calculated to spec and CNC-cut to exact dimensions. The box performs the same way every time.
| Enclosure Type | Sealed — Wedge Style |
| Configuration | Dual 10" |
| Net Volume | |
| Port Type | |
| Port Area | |
| Tuning Frequency | |
| External Dimensions | |
| Cutout Diameter | |
| Max Mounting Depth | |
| MDF | Langboard Elite 3/4" |
| Joinery | V-groove + dado |
| Terminal Cup | Recessed ABS/Carbon Fiber Composite |
| Speaker Wire | 12g OFC pre-installed |
| Finish | Dark Gray Trunkliner / Plush Black (+$10) |
| Vehicle Fitment | Universal |
Built From a Spec Sheet, Not a Sales Sheet
Every Proline X Performance Series enclosure is CNC-cut from Langboard Elite MDF — 3/4" (18mm) panels produced to published mill specifications. Most enclosure manufacturers source generic MDF without published data. We can tell you the internal bond rating, the modulus of elasticity, the modulus of rupture, and the face and edge screw holding strength for every panel in this enclosure — because we chose the material based on those numbers, not on price or availability.
Langboard Elite is produced in the United States. The specifications below are pulled directly from Langboard's published mill data and are verifiable. This is the same panel stock used in our full Proline X lineup.
Langboard Elite MDF — Published Mill Data
| Property | Value | Why It Matters |
|---|---|---|
| Panel Stock | Langboard Elite MDF |
Named, verifiable panel source — not generic "high-density MDF"
|
| Thickness | 3/4" (18mm) |
Industry standard for subwoofer enclosures; panels below this flex under pressure
|
| Density | 48.5 lbs/ft³ |
Higher density = less porosity, better screw retention, reduced resonance
|
| Internal Bond | 200 psi |
Measures resistance to delamination under sustained internal pressure — the most enclosure-relevant spec on this sheet
|
| Modulus of Rupture (MOR) | 4,200 psi |
Bending strength before the panel breaks — relevant for larger unsupported baffle spans
|
| Modulus of Elasticity (MOE) | 410,000 psi |
Stiffness under load; higher MOE means less panel flex under bass pressure, less resonance
|
| Face Screw Holding | 325 lbs |
How firmly the panel surface holds a screw; critical for baffle joint integrity over time
|
| Edge Screw Holding | 250 lbs |
Panel edge retention — relevant for every joint that isn't face-to-face
|
200 psi — The Number That Actually Matters for Enclosures
The internal bond rating measures how well the MDF panel resists delamination under sustained pressure applied perpendicular to the face. In a subwoofer enclosure, every bass transient generates a pressure pulse that pushes outward on every panel simultaneously. A panel that begins to delaminate internally loses stiffness gradually — the symptoms are slow: a box that starts to sound softer, less defined, less punchy over months of use. 200 psi internal bond is the spec that determines how long this enclosure holds its acoustic integrity under daily use at real power levels.
410,000 psi MOE — Less Flex, Less Resonance
The modulus of elasticity measures panel stiffness — resistance to bending under load. A stiffer panel flexes less under the pressure generated by a high-excursion driver at volume. Panel flex is a source of acoustic coloration: the panel itself begins to radiate sound at its own resonant frequency, adding distortion to the output. 410,000 psi stiffness combined with V-groove and dado joinery means the panels stay rigid and the bracing controls resonance at the structure level — not the panel level. The bass you hear comes from the driver, not the box.
325 lb Face / 250 lb Edge — Joints That Stay Locked
Screw holding strength determines how firmly the panel grips a fastener at the face and at the edge. This matters most at the baffle joint — where the front panel meets the side panels and where the driver is mounted. A panel with low screw holding strength allows fasteners to loosen over time under vibration, leading to air gaps at the joint and loss of acoustic seal. 325 lb face screw holding strength means the baffle hardware stays put. Combined with dado joinery and adhesive, the front panel on a Proline X Performance Series enclosure is not going anywhere.
Named Panel Stock — Not "Premium MDF"
The phrase "premium MDF" or "high-density MDF" appears on marketing copy for enclosures across every price point, from $40 to $400. It is not a specification — it is a description with no defined standard. Langboard Elite is a named, sourced, mill-documented product with published data. We name it in our copy because naming it holds us accountable to the spec. You can look up Langboard Elite independently, verify the numbers on this page, and confirm you are getting what we say you are getting. That is the point.
- Best For: High-output daily builds / Trunk and SUV installs
- Configuration: Dual 10" Sealed — Wedge Style
- Volume:
- Tuning:
- Sonic Character: Deep, High-Output, Musical
Built From a Spec Sheet, Not a Sales Sheet
Every Proline X Performance Series enclosure is CNC-cut from Langboard Elite MDF — 3/4" (18mm) panels produced to published mill specifications. Most enclosure manufacturers source generic MDF without published data. We can tell you the internal bond rating, the modulus of elasticity, the modulus of rupture, and the face and edge screw holding strength for every panel in this enclosure — because we chose the material based on those numbers, not on price or availability.
Langboard Elite is produced in the United States. The specifications below are pulled directly from Langboard's published mill data and are verifiable. This is the same panel stock used in our full Proline X lineup.
Langboard Elite MDF — Published Mill Data
| Property | Value | Why It Matters |
|---|---|---|
| Panel Stock | Langboard Elite MDF |
Named, verifiable panel source — not generic "high-density MDF"
|
| Thickness | 3/4" (18mm) |
Industry standard for subwoofer enclosures; panels below this flex under pressure
|
| Density | 48.5 lbs/ft³ |
Higher density = less porosity, better screw retention, reduced resonance
|
| Internal Bond | 200 psi |
Measures resistance to delamination under sustained internal pressure — the most enclosure-relevant spec on this sheet
|
| Modulus of Rupture (MOR) | 4,200 psi |
Bending strength before the panel breaks — relevant for larger unsupported baffle spans
|
| Modulus of Elasticity (MOE) | 410,000 psi |
Stiffness under load; higher MOE means less panel flex under bass pressure, less resonance
|
| Face Screw Holding | 325 lbs |
How firmly the panel surface holds a screw; critical for baffle joint integrity over time
|
| Edge Screw Holding | 250 lbs |
Panel edge retention — relevant for every joint that isn't face-to-face
|
200 psi — The Number That Actually Matters for Enclosures
The internal bond rating measures how well the MDF panel resists delamination under sustained pressure applied perpendicular to the face. In a subwoofer enclosure, every bass transient generates a pressure pulse that pushes outward on every panel simultaneously. A panel that begins to delaminate internally loses stiffness gradually — the symptoms are slow: a box that starts to sound softer, less defined, less punchy over months of use. 200 psi internal bond is the spec that determines how long this enclosure holds its acoustic integrity under daily use at real power levels.
410,000 psi MOE — Less Flex, Less Resonance
The modulus of elasticity measures panel stiffness — resistance to bending under load. A stiffer panel flexes less under the pressure generated by a high-excursion driver at volume. Panel flex is a source of acoustic coloration: the panel itself begins to radiate sound at its own resonant frequency, adding distortion to the output. 410,000 psi stiffness combined with V-groove and dado joinery means the panels stay rigid and the bracing controls resonance at the structure level — not the panel level. The bass you hear comes from the driver, not the box.
325 lb Face / 250 lb Edge — Joints That Stay Locked
Screw holding strength determines how firmly the panel grips a fastener at the face and at the edge. This matters most at the baffle joint — where the front panel meets the side panels and where the driver is mounted. A panel with low screw holding strength allows fasteners to loosen over time under vibration, leading to air gaps at the joint and loss of acoustic seal. 325 lb face screw holding strength means the baffle hardware stays put. Combined with dado joinery and adhesive, the front panel on a Proline X Performance Series enclosure is not going anywhere.
Named Panel Stock — Not "Premium MDF"
the phrase "premium MDF" or "high-density MDF" appears on marketing copy for enclosures across every price point, from $40 to $400. It is not a specification — it is a description with no defined standard. Langboard Elite is a named, sourced, mill-documented product with published data. We name it in our copy because naming it holds us accountable to the spec. You can look up Langboard Elite independently, verify the numbers on this page, and confirm you are getting what we say you are getting. That is the point.
