Proline X

Performance Optimized Down Fire Sealed 12" Enclosure | Diamond Audio DMD-SH

Q: Should I choose the DMD122SH or the DMD124SH?

For a sealed enclosure the DMD122SH is clearly the better choice. Its free-air Qts is 0.77 against the DMD124SH's 0.91, and since system Qtc can never fall below the driver's Qts, the D4 is underdamped in any sealed box regardless of volume. In this cabinet the D2 lands at Qtc 1.246 and the D4 at 1.336.The D4 is not a weak driver - it carries more motor force at 16.4 T against 13.7 and more excursion at 8.8mm against 7.9mm. But those advantages serve output rather than control. Check your amplifier's stable impedance first, and if either version works, take the D2.

Q: Why don't your Qtc figures match the ones in Diamond's manual?

Because Diamond's enclosure table does not reconcile with the Thiele-Small parameters printed on the same page. Their table lists the DMD122SH at Qtc 0.91 in 0.75 cubic feet. Running their own published Qts of 0.77 and Vas of 30.7 liters through standard sealed box math at that volume produces 1.20 instead. Every variant is off in the same direction by roughly 0.2 to 0.3.This is not a gross versus net volume convention issue, which some manufacturers do have. No reasonable interpretation of the volume closes a gap that large. We publish figures computed directly from the driver parameters, because those are what the driver will actually do in this enclosure.

Q: Why is this enclosure larger than Diamond Audio's recommendation?

Because the alignment is better. Diamond suggests 0.75 cubic feet, which computes to roughly Qtc 1.20 on the DMD122SH and above 1.42 on the DMD124SH. At 1.25 cubic feet net the D2 lands at 1.137 and the D4 at 1.336, with 1 to 2 Hz more extension on both. Diamond's own manual describes their enclosure table as a suggestion rather than a specification. The extra volume costs about two inches of cabinet height, which is a fair trade for better control on a driver that is already on the underdamped side.

Q: How does this compare to the 10 inch Diamond DMD-SH Down Fire enclosure?

Both drivers mount in exactly 3.00 inches, so stepping up to the 12 costs nothing in mounting depth. The differences are cutout size, cabinet height and damping. The 10 inch enclosure is 6.125 inches tall and its D2 variant lands at Qtc 0.856, notably better damped. This 12 inch enclosure is 8.3125 inches tall and its D2 lands at 1.137, because the DMD122SH carries a higher Qts of 0.77 against the 10's 0.66. The 12 gives you considerably more cone area and 300 watts RMS against 250. F3 is similar on both, low 50s, since all four DMD-SH variants share a high free-air resonance.

Q: Where is the terminal cup located on a down fire enclosure?

Side mounted. Every Proline X Performance Optimized enclosure uses a side mounted terminal cup regardless of alignment, whether standard, wedge, or down fire. On this cabinet that keeps the connection fully accessible with the enclosure in its installed position, since the baffle faces the floor. The cup is our Proline X ABS and carbon fiber composite unit, recessed, with stainless hardware, copper ring terminals, and pre-wired 12 gauge OFC.

Q: Why are the corners square instead of radiused?

Down Fire cabinets are built with square corners as a series standard. The 3 inch top down corner radius used on other Proline X alignments does not apply here. A down fire box is a low, wide platform that sits flat against a floor or cargo deck, and square corners maximize usable internal volume for a given footprint while keeping the cabinet stable on its mounting surface.

Q: How is this enclosure built?

V-groove and dado joinery, CNC-cut on ShopSabre routers from Langboard Elite MDF. Every panel joint is a machined interlocking groove that mechanically locks the panels before adhesive is applied, which is what keeps the cabinet airtight under sustained pressure cycling. The front baffle is a double layer at 1.5 inches, two bonded 3/4 inch sheets, which carries real structural load with an 11.06 inch cutout in a cabinet this shallow. Perimeter cross-bracing and pre-installed polyfill complete the build. Assembled and inspected in Tullahoma, Tennessee.

Q: Is the Diamond Audio DMD-SH subwoofer included with this enclosure?

No. This listing is for the enclosure only. Bring your own Diamond Audio DMD122SH or DMD124SH. The cutout and mounting depth are direct fit for either version.

SKU: PO 12-S DF DMD

QUICK SPECS

Alignment: 1.25 cu ft net. Qtc 1.052 / F3 51.4 Hz (D2), Qtc 1.246 / F3 53.6 Hz (D4), computed from Diamond's published T/S
Driver: Diamond DMD122SH (DVC 2Ω) or DMD124SH (DVC 4Ω), 300W RMS / 600W max, 3.00" mounting depth, 11.06" cutout
Coil Choice: D4 free-air Qts is 0.91, so it stays underdamped in any sealed box; the D2 at 0.77 is the better sealed performer
Build: Proline X V-groove and dado joinery, double-layer 1.5" front baffle, perimeter cross-brace, 12g OFC side mounted terminal cup
Cabinet: 30"W x 15"D x 8.3125"H measured in down fire position, square corners

Shipping Included No freight charges at checkout. What you see is what you pay.

Built in Tennessee CNC cut from 3/4" Langboard Elite MDF. V-groove and dado joinery.

Advanced Terminal Cup Built in-house. ABS/Carbon Fiber. Stainless steel hardware. Copper ring terminals.

$ 269.99

In Stock and Ready to Ship

Financing available. Choose Shop Pay Installments at checkout.

Performance Optimized Down Fire Sealed 12" Enclosure | Diamond Audio DMD-SH

$ 269.99

Enclosure Type Sealed

External Dimensions 30" W x 15" D x 8.3125" H (measured in down fire position)

Gross Volume 1.35 cu ft

Net Volume 1.25 cu ft

Weight 35.5 lbs

Front Panel Thickness 1.5"

INSTALLER'S TAKE

Same 3.00 inch mounting depth as the DMD 10, which is the useful part. Stepping up from the 10 to the 12 in this series costs you nothing in depth, only cutout diameter and about two inches of cabinet height. Aluminum heatsink dust cap, die-cast shallow frame, vented pole, Klippel optimized motor and suspension symmetry per Diamond.

Coil choice matters a lot on this one. The D2 runs Qts 0.77, the D4 runs 0.91. Since Qtc can never fall below Qts in any sealed enclosure, the D4 is underdamped in any box you build for it, full stop. In this cabinet the D2 lands at Qtc 1.246 and the D4 at 1.336. The D4 does have the stronger motor at 16.4 T against 13.7 and more excursion at 8.8mm against 7.9, so it is not a bad driver, but for sealed use the D2 is the better performer and it is not close.

We build at 1.25 net rather than Diamond's suggested 0.75, which would put the D2 near 1.20 and the D4 above 1.42. The extra volume buys better damping on both plus a couple of hertz. Diamond's manual calls their table a suggestion rather than a specification, and I agree with them on that point.

Compare our numbers to the manual and they will not match. Diamond lists the DMD122SH at Qtc 0.91 in 0.75 cubic feet. Their own published Qts of 0.77 and Vas of 30.7 liters run through standard sealed box math at that volume gives 1.20. Every variant is off in the same direction by 0.2 to 0.3. That is too large to be a gross versus net convention gap - their T/S table and enclosure table appear to have been produced independently. We publish what the driver data gives.

Fs is 46 Hz, so F3 sits in the low 50s regardless of volume. This is a punch and midbass driver in a shallow package, not a deep extension driver. Cabin gain below 50 Hz does real work here.

300 watts RMS, 600 max. Dual voice coil, final impedance set at the driver.

Product Details

Proline X Performance Optimized Down Fire 12" Sealed

Cut and tuned for the Diamond Audio DMD-SH 12, DMD122SH or DMD124SH

V-Groove and DadoLangboard Elite MDF1.25 cu ft Net3 Inch Mounting Depth

1.25cu ft net

1.052system Qtc, D2

51.4 HzF3 rolloff, D2

8.3125 incabinet height

Performance, Performance Optimized, and Micro

Proline X builds three tiers of Down Fire enclosure. The difference is not finish or materials, it is whether the cabinet was designed for a category or for a driver, and how much of the fitting work is already done for you.

	Performance	Performance Optimized	Micro Series
Fitment	Universal. Accepts any subwoofer that clears the published cutout and mounting depth.	Woofer specific. Cut for one named subwoofer, with cutout, mounting depth, magnet clearance and displacement drawn in CAD from that driver.	Woofer specific. Cut for one named subwoofer.
Footprint	Sized to the driver diameter. 24.5 by 13.5 inches on the 10 inch.	Shared 30 by 15 inch platform on most builds, with cabinet height as the variable. A few drivers need a wider or deeper platform.	Compact per driver footprint. 21.5 by 14.5 inches on the 10 inch.
Front baffle	Single, 3/4 inch.	Double, 1.5 inch, outer layer machined as a flush recess.	Double, 1.5 inch.
Driver mounting	Solid flange. You drill your own mounting holes.	8/32 threaded inserts, stainless machine screws included.	8/32 threaded inserts, stainless machine screws included.
Joinery	V-groove and dado, CNC cut.	V-groove and dado, CNC cut, perimeter cross brace.	Stack fab, dowel reinforced.
Published alignment	Modeled Qtc profiles across a range of drivers. No single response curve.	A real predicted Qtc and F3 for that exact driver, calculated from its own Thiele-Small parameters.	Target alignment described in the listing.
Carpet	Gray standard, black optional.	Plush black.	Plush black.
Warranty	1 year limited.	1 year limited.	2 years.

Feet ship with every tier, uninstalled on purpose. Mount them where your floor wants them for a down fire install, or leave them off and run the cabinet front firing or up firing. The orientation is yours to choose.

This page is a Performance Optimized enclosure. The airspace, the cutout and the cabinet height all come from the Diamond Audio DMD-SH 12's own published numbers. A Performance box fits your subwoofer. A Performance Optimized box was built for it.

Built Around the DMD-SH 12

Nothing about this cabinet is generic. The baffle is bored to the DMD-SH 12's 11.06 inch cutout, and the driver needs only a 3.00 inch mounting depth, the same depth Diamond specifies for the 10 inch model. Stepping up from the 10 to the 12 in this series costs nothing in depth, only cutout diameter and about two inches of cabinet height. The finished box is 8.3125 inches tall on a 30 by 15 inch footprint, which puts a full 12 into cargo floors and rear wall positions where a conventional 12 will not go. Total driver diameter is 12.83 inches.

Diamond builds the DMD-SH on a die-cast shallow frame with a high-strength paper cone and an aluminum heatsink dust cap that pulls heat away from the coil. The pole is vented for cooler operation, the black spider carries woven tinsel leads, terminals are oversized push type, and a wrap-around ABS gasket seals the mounting flange against the baffle. Diamond states the motor and suspension symmetry are Klippel optimized.

The driver is sold in two coil configurations: the DMD122SH, dual 2 ohm, and the DMD124SH, dual 4 ohm. Both share the same 3.00 inch mounting depth and 11.06 inch cutout, so this cabinet is a direct fit for either one. Both are rated 300 watts RMS and 600 watts maximum.

Net Volume, Not Gross

We build this cabinet at 1.25 cubic feet net out of a machined cavity of 1.30 cubic feet gross. Diamond suggests 0.75 cubic feet for this driver, and we build larger on purpose. At their figure the DMD122SH computes to roughly Qtc 1.20 and the DMD124SH to above 1.42. At 1.25 net the alignment is better damped on both variants with 1 to 2 Hz more extension, and Diamond's own manual presents its enclosure table as a suggestion rather than a specification.

True net, not marketing net. Internal volume is calculated from the machined cavity dimensions and the driver's published displacement, not estimated from external dimensions minus wall thickness.

Coil choice matters more than usual on this driver. The DMD122SH runs a Qts of 0.77 with 13.7 T of motor force and 7.9mm of Xmax, and in 1.25 cubic feet it lands at Qtc 1.052 with F3 at 51.4 Hz. The DMD124SH runs a Qts of 0.91 with 16.4 T and 8.8mm, and lands at Qtc 1.246 with F3 at 53.6 Hz. System Qtc can never fall below the driver's own Qts in a sealed enclosure, so at a free-air Qts of 0.91 the D4 is underdamped in any sealed box regardless of volume. It is not a bad driver: it carries the stronger motor and the longer excursion. For sealed use the D2 is the better performer, and it is not close.

Where These Numbers Come From

The Qtc and F3 figures above are computed from the Thiele-Small parameters Diamond publishes, and they will not match the numbers printed in Diamond's enclosure table. Diamond lists the DMD122SH at Qtc 0.91 in 0.75 cubic feet. Run their own published Qts of 0.77 and Vas of 30.7 liters through standard sealed box math at that volume and the result is 1.20. Every variant is off in the same direction by roughly 0.2 to 0.3. That gap is too large to be a gross versus net convention issue; their T/S table and their enclosure table appear to have been produced independently. We publish what the driver data actually gives.

One limitation worth stating plainly: free-air resonance is 46.0 Hz on the D2 and 46.5 Hz on the D4. A sealed box raises the system corner above the driver's Fs, so F3 sits in the low 50s regardless of volume. This is a punch and midbass driver in a shallow package, not a deep extension driver. Firing down into the floor, the sealed rolloff meets rising cabin gain below 60 Hz, and in-car response extends well below the anechoic figure.

Down Fire Construction

Cut with V-groove and dado joinery on our ShopSabre routers from Langboard Elite 3/4 inch MDF, a dense 48.5 lb/ft³ board with a 200 psi internal bond and 410,000 psi MOE. Every panel joint is a machined interlocking groove that mechanically locks before adhesive is applied, which keeps the cabinet airtight under sustained pressure cycling. Corners are square on Down Fire cabinets.

Double Baffle, Flush Recess

The front baffle is 1.5 inches, two bonded 3/4 inch sheets, with the outer layer machined as a flush recess so the driver bolts to the inner layer. That recovers 3/4 inch of internal clearance behind the cone.

Side-Mounted Terminal Cup

Proline X ABS and carbon fiber composite cup with stainless hardware and copper ring terminals, pre-wired in 12 gauge OFC. Side mounted so it stays accessible with the baffle facing the floor.

3 Inch Mounting Depth

Cabinet height here is set by the airspace, not by the driver. At 8.3125 inches tall the box carries 1.25 cubic feet under a 12.83 inch driver on a 30 by 15 footprint, with perimeter cross-bracing across the long panels and polyfill pre-installed.

Power and Warranty

Diamond rates the DMD-SH 12 at 300 watts RMS and 600 watts maximum. Both coil variants are dual voice coil, so you set final impedance at the driver: series or parallel, 2 ohm or 4 ohm coils, whichever your amplifier is stable into.

The enclosure carries a 1 year limited warranty. Bring your own DMD122SH or DMD124SH; the driver is purchased separately. Cutout and mounting depth are a direct fit for either version.

Cut for the Driver, Not the Catalog

Every Performance Optimized cabinet is machined to one driver's cutout, mounting depth and displacement, then built one at a time in Tullahoma, Tennessee.

Specifications

Series	Proline X Performance Optimized Down Fire
Compatible Driver	Diamond Audio DMD122SH (DVC 2Ω) or DMD124SH (DVC 4Ω)
Enclosure Type	Sealed \| Down Fire Geometry \| Floor-Coupled
Firing Direction	Down Firing, Driver Fires Toward Floor
External Width	30 Inches
External Depth	15 Inches
External Height	8.3125 Inches
Dimension Reference	All External Dimensions Measured In Down Fire Position
Internal Volume (Gross)	1.30 Cubic Feet
Internal Volume (Net)	1.25 Cubic Feet
Diamond Suggested Sealed Volume	0.75 Cubic Feet Gross (We Build Larger, See FAQ)
Target System Qtc (DMD122SH)	1.05 (Computed from Published T/S)
Target System Qtc (DMD124SH)	1.25 (Computed from Published T/S)
Predicted F3 (DMD122SH)	51.4 Hz
Predicted F3 (DMD124SH)	53.6 Hz
Driver Fs	46.0 Hz (D2) / 46.5 Hz (D4)
Driver Qts	0.77 (D2) / 0.91 (D4), Qtc cannot fall below Qts in any sealed box
Driver Qes / Qms	0.84 / 9.0 (D2) \| 1.02 / 9.0 (D4)
Driver Vas	30.7 Liters (D2) / 31.0 Liters (D4)
Driver BL	13.7 T (D2) / 16.4 T (D4)
Driver Mms	161.0 g (D2) / 156.0 g (D4)
Driver Cms	0.074 mm/N (D2) / 0.075 mm/N (D4)
Driver Sd	0.0539 m²
Driver Xmax	7.9mm (D2) / 8.8mm (D4)
Driver Sensitivity	87.5 dB (D2) / 86.8 dB (D4)
Driver Power Handling	300 Watts RMS / 600 Watts Max
Total Driver Diameter	12.83 Inches (Diamond Spec)
Mounting Depth Required	3.00 Inches (Diamond Spec)
Woofer Opening (Cutout)	11.06 Inches (Diamond Spec)
Standoffs	None Required
Material	Langboard Elite 3/4" MDF
Construction	ShopSabre CNC / Perimeter Cross-Brace
Joinery	V-Groove and Dado (CNC-Cut)
Panel Thickness	3/4 Inch
Front Baffle	Double-Layer 1.5" MDF (Two 3/4" Sheets Bonded)
Corner Profile	Square (Down Fire Series Standard)
Driver Mounting	8/32 Threaded Inserts \| Stainless Steel Machine Screws Included
Terminal Cup	Proline X ABS/Carbon Fiber Composite \| Side Mounted
Internal Wiring	12 Gauge OFC, Pre-Wired
Damping	Polyfill Pre-Installed
Carpet	Plush Black
Voice Coil Configuration	Dual Voice Coil, Final Impedance Set At The Driver
Bundle Options	Enclosure Only (Bring Your Own DMD122SH or DMD124SH)
Weight	33 lb
Warranty	1-Year Limited (Enclosure)
Built In	Tullahoma, Tennessee, USA

Performance Graphs

Net airspace

1.25

cu ft per chamber

System Qtc

1.05–1.25

sealed

Half power

46.4–48.4

Hz · F3

Xmax at

250

W RMS · no filter

With 25 Hz subsonic

251

W RMS · +1%

Amplifier

300

W RMS recommended

This enclosure holds 1.25 cu ft net per chamber. In it the Diamond Audio DMD122SH runs a system Qtc of 1.05–1.25 with half power at 46.4–48.4 Hz, and the cone reaches its 7.9 mm travel limit at 250 W, below the driver’s 300 W thermal rating, so travel is what stops you here, not heat. Run a subsonic filter at 25 Hz and that becomes 251 W — +2 W, or 1 percent more power for the same 7.9 mm of travel.

01Is it a sealed driver?

Efficiency bandwidth product places the motor before anything else is decided.

EBP = Fs ÷ Qes = 45.6–54.8

D2 · EBP 54.8D4 · EBP 45.6

The DMD122SH straddles the boundary at 45.6–54.8 depending on coil — part sealed-band, part transition. Either way it takes a sealed load happily; the coil you run shifts the alignment more than it shifts this verdict.

02What the box does to it

1.25 cu ft against a 30.7 L Vas.

α = Vas ÷ Vb = 0.87 · Fc = Fs√(α+1) = 63–64 Hz · Qtc = 1.05–1.25

D2 · Qtc 1.05, Fc 63 Hz, F3 48.4 HzD4 · Qtc 1.25, Fc 64 Hz, F3 46.4 Hz

The box lifts resonance from 46.0 Hz free-air to 63–64 Hz and half power lands at 46.4–48.4 Hz, anechoic, before any cabin gain. This enclosure ships without a driver, so both coil variants the maker offers are plotted. They do not load the same box the same way.

03The watts that reach Xmax (in this enclosure)

Travel scales with the square root of power, so there is one wattage that puts the cone exactly on 7.9 mm — and a bigger one once a subsonic filter stops it wasting travel below the passband.

P_Xmax = 250–294 W unfiltered → 251–294 W with a 25 Hz subsonic

D2 · 250 W, no filterD4 · 294 W, no filterD2 · 251 W with subsonic at 25 Hz, 24 dB/octD4 · 294 W with subsonic at 25 Hz, 24 dB/octXmax 7.9 mm one-way

Every trace touches the limit and no further, because each is drawn at the exact power that puts that coil on 7.9 mm. Unfiltered that is 250 W, reached first at 47 Hz. It sits under the 300 W the driver can take thermally, so the enclosure sets the ceiling, not the voice coil. The dashed traces are the same driver behind a subsonic filter at 25 Hz, 24 dB/oct: stopping the cone wasting travel below the passband lets it take 251 W before hitting the same 7.9 mm. That is 1 percent more amplifier for the price of one filter setting.

Param	Value	Unit	Note
Fs	46.00	Hz	free-air resonance
Qts	0.770 / 0.910		D2 / D4
Vas	30.70 / 31.00	L	equivalent compliance
Sd	539.0	cm²	effective piston area
Xmax	7.9	mm	one-way linear travel
Pe	300	W	continuous RMS
SPL	87.4	dB	1 W / 1 m, derived from T/S

Driver parameters as published by diamondaudio.com product page. Curves computed against this enclosure’s actual net airspace.

Materials

Material

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.

Specifications

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

Internal Bond

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.

Stiffness

410,000 psi MOE: Less Flex, Less Resonance

The modulus of elasticity measures panel stiffness, its 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.

Screw Holding

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.

Sourcing

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.

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.