
Performance Optimized · Datasheet
Performance Optimized Down Fire Ported 10" Enclosure | Kicker CompC10 SVC Single 10" Ported enclosure
- Net volume
- 1.50 Cubic Feet
- Tuning
- 33.0 Hz
- Max mounting depth
- 5.188 Inches (Kicker Spec)
- Cutout
- 9.188 Inches (Kicker Spec)
- External dimensions
- 31 Inches W × 7.75 Inches H × 17.50 Inches D
- Front baffle
- Down Firing - Driver Fires Toward Floor
- Alignment: 1.50 cu ft net vented at 33.0 Hz. F3 33.5 Hz anechoic, 2.23 dB passband ripple
- Driver: Kicker CompC10 SVC 4 Ohm, 250 W RMS, 13.2 mm Xmax at 70% BL, 30.95 Hz Fs
- Build: Proline X V-groove and dado joinery, L-wrap slot port with a faceted 90 degree bend, double-layer 1.5" baffle, side-mounted terminal cup
- Cabinet: 31" W x 17.50" D x 7.75" H measured in down fire position, 9.50" tall installed on its feet, square corners, ships dry
Technical specifications
| Series | Proline X Performance Optimized Down Fire |
|---|---|
| Driver-Specific Fitment | Kicker CompC10 SVC 4 Ohm (4 Ohm) |
| Enclosure Type | Ported | Down Fire Geometry | Floor-Coupled |
| Baffle Configuration | Down Firing - Driver Fires Toward Floor |
| External Width | 31 Inches |
| External Depth | 17.50 Inches |
| External Height | 7.75 Inches (Cabinet Only) |
| Feet | Included - 1.75 Inch Standoff, Required For Down Fire Operation |
| Installed Height | 9.50 Inches (7.75 Cabinet Plus 1.75 Feet) - MEASURE AGAINST THIS, NOT THE CABINET HEIGHT |
| Dimension Reference | All External Dimensions Measured In Down Fire Position |
| Internal Volume (Gross) | 1.65 Cubic Feet |
| Internal Volume (Net After Displacement) | 1.50 Cubic Feet |
| Port Type | L-Wrap Slot | One Folded Wall | Single Faceted 90 Degree Bend |
| Port Tuning (Fb) | 33.0 Hz |
| Port Channel | 3.75 x 6.25 Inches (23.4 Square Inches) |
| Port Path Length | 30.48 Inches (Centreline) |
| Port Mouth Area | 30.9 Square Inches (3.50 Inch Corner Chamfer) |
| Port Air Velocity | 8.2 m/s At Tuning (17.0 m/s Chuff Threshold) |
| Predicted F3 | 33.5 Hz (Anechoic) |
| Passband Ripple | 2.23 dB (Anechoic) |
| Subsonic Filter | 26 Hz High-Pass, 24 dB/Octave - REQUIRED On A Vented Enclosure |
| Driver Fs | 30.95 Hz |
| Driver Qts | 0.590 |
| Driver Qes / Qms | 0.636 / 8.165 |
| Driver Vas | 50.341 Liters / 1.778 Cubic Feet (Derived From Sd And Cms) |
| Driver Sd | 359.7 Square Centimeters |
| Driver Mms | 96.93 g |
| Driver BL | 10.57 |
| Driver Re | 3.8 Ohm |
| Driver Xmax | 13mm (One-Way at 70% BL) |
| Excursion Design Basis | Derated To 11.2mm For Alignment - Kicker Publishes At 70% BL |
| Driver Displacement | 0.03 Cubic Feet (Published by Kicker) |
| Driver Sensitivity | 85.7 dB |
| Driver Power Handling | 250 Watts RMS |
| Driver Overall Diameter | 10.688 Inches (Kicker Spec) |
| Mounting Depth Required | 5.188 Inches (Kicker Spec) |
| Cutout Diameter | 9.188 Inches (Kicker Spec) |
| Woofer Ring | 11.625 Inch OD, Bonded Under The Baffle In A Machined Recess |
| Material | Langboard Elite 3/4" MDF |
| Construction | ShopSabre CNC / Windowed Brace Between Cutout And Port Terminus |
| Joinery | V-Groove and Dado (CNC-Cut) |
| Front Baffle Construction | Double-Layer 1.5" MDF | Outer Layer Flush Recess, Driver Mounts To Inner Layer |
| Corner Profile | Square (Down Fire Series Standard) |
| Mounting Hardware | 8 x #8-32 Hurricane Nuts Fitted (16 Positions Cut For Driver Orientation) | Stainless Steel Machine Screws Included |
| Voice Coil Configuration | 4 Ohm |
| Terminal Cup | Proline X ABS/Carbon Fiber Composite | Side Mounted | 12g OFC Pre-Wired |
| Damping | None - Ships Dry. Polyfill Detunes A Ported Enclosure |
| Recommended Power | 175-250 Watts RMS (Kicker Rated: 250W RMS) |
| Carpet Finish | Plush Black |
| Bundle Options | Enclosure Only (Bring Your Own Kicker CompC10 SVC) |
| Warranty | 1-Year Limited (Enclosure) |
| Manufactured | Tullahoma, Tennessee, USA |
Performance in this enclosure
01Is this driver right for a ported box?
Efficiency bandwidth product places the motor before anything else is decided.
02What the box does to it
1.50 cu ft net against a 50.3 L Vas, vented at 33.0 Hz.
03Perceived Ported vs Sealed
This cabinet, 1.50 cu ft net vented at 33.0 Hz, against Kicker's minimum sealed box, 1.00 cu ft (1.00 printed, 0.97 net after the woofer).
04Real World Ported vs Sealed
The same two boxes with cabin gain applied, 45 Hz corner, 18 dB ceiling.
05The 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 Kicker's published 13.2 mm. The two traces are the same cabinet with the subsonic filter switched on and switched off.
Installer's take
Vas is the least glamorous parameter and it is the one that actually sets how big your box has to be. At 50.3 litres this is the softest-sprung ten in the programme, and softly-sprung drivers need air. That is why this is the biggest ten inch cabinet we make: 1.50 cubic feet net in a 31 by 17.5 by 7.75 shell.
You get two things for the volume. The first is 0.92 dB of in-car spread, third flattest of anything we build in any size. The second is a port running at 8.2 metres per second, less than half the threshold where a slot starts to chuff. This is the quietest port in the line and it is not close.
The single voice coil is worth noting because it removes a decision. There is no series-or-parallel question: it is 4 ohms and that is the end of it. On a single-channel amplifier that is one less way to get the install wrong.
Same warning as its dual-coil sibling on power. 250 watts RMS, and that is the real limit rather than a conservative one.
The Vas in the specification table is marked derived and you should know why. Kicker publish 15.2 litres for this driver. Their own cone area and compliance give 50.3, and the gap cannot be explained as a unit error in any direction, so one of the two is a data-entry mistake. We use the calculated figure, because that same calculation reproduces Kicker's published Vas on 112 of their other 115 drivers to within half a percent. It is also the number that sizes this cabinet, which is why it is the largest ten we build.
Single 4 ohm, no wiring choice to make. Subsonic at 26 Hz. Ships dry.
Questions
Why is this enclosure tuned to 33.0 Hz?
The payoff is the flattest in-car curve of any ten we build bar one: 0.92 dB of spread across 25 to 60 Hz, third flattest of all sixty-two cabinets in the programme regardless of size. Tuning sits at 33.0 Hz, the second lowest of the tens, and the mouth moves 8.2 metres per second, which is the quietest port in the entire ported line. Tuning is chosen for in-car response rather than for an anechoic curve: a vehicle adds roughly 12 dB per octave below about 45 Hz, so a box tuned very low reinforces a region the cabin is already reinforcing and leaves 40 to 60 Hz thin. In this cabinet that lands at 1.0 dB of in-car spread across 25 to 60 Hz, which is where kick and bass fundamentals live.
Does this enclosure ship with polyfill?
No, and on this build in particular do not add any. Every sealed Proline X enclosure ships with polyfill pre-installed; a ported one must not, because damping material changes the effective volume the port is tuned against. The port on this cabinet is cut to 30.48 inches of centreline path for 33.0 Hz. Stuff it and you move the tuning without shortening the port, which gives you a mistuned box rather than a bigger-sounding one. The 2.23 dB passband you are paying for depends on it staying dry.
Do I need a subsonic filter?
Yes, at 26 Hz, 24 dB per octave. Below tuning a vented box stops loading the cone and excursion runs away toward DC. With the filter in place this cabinet puts the Kicker CompC10 SVC at 70 percent of its usable travel at full rated power; without it there is no meaningful number to quote, because the excursion curve does not converge. On a sealed build a subsonic filter is an improvement. Here it is required equipment.
How much power can I run?
Kicker rate the CompC10 SVC at 250 W RMS and that is the thermal ceiling. The figures on the Performance Graphs tab are a different quantity: they are mechanical limits, the power at which the cone reaches the end of its linear travel in this specific cabinet. Here the cone sits at 70 percent of usable travel at the driver's own rating, so heat is what stops you, not travel. Final wired impedance and amplifier output are separate questions again.
Would a sealed box be better for me?
The two alignments converge at the bottom of the band on this driver rather than crossing cleanly, so there is no meaningful subsonic advantage either way. Above 25 Hz the vent is the louder of the two for the same power. The Performance Graphs tab plots this cabinet, 1.50 cubic feet vented at 33.0 Hz, against Kicker's minimum sealed box, 1.00 cu ft (1.00 printed, 0.97 net after the woofer), so you can judge it yourself.
What is the L-wrap port and why does it matter?
It is a slot port formed by one folded wall: a leg down the long side of the cabinet past the woofer ring, one faceted 90 degree bend, and a leg across the end opening through a chamfered corner. On this cabinet that is 30.48 inches of centreline path and 23.4 square inches of channel, exiting a 30.9 square inch mouth. Air leaves at 8.2 metres per second at tuning against a 17.0 threshold, and the channel runs at 29 percent of its turbulence limit. One wall and one bend rather than a serpentine's three means less wall area inside the box, fewer joints to leak, and one place for flow to separate instead of three.
How is this enclosure built?
V-groove and dado joinery in 0.75 inch Langboard Elite MDF with a double-layer 1.5 inch baffle. The driver mounts to a 11.625 inch ring bonded under the baffle in a machined recess, carrying eight #8-32 hurricane nuts so it threads into steel rather than MDF. A windowed brace sits 2.87 inches clear of the cutout edge and 1.65 inches clear of the port terminus; the window is not weight saving, a solid panel there would split the cavity and make the box a bandpass. Walls seat into dados in both the lid and the baffle. Square corners, plush black carpet, side-mounted terminal cup.
Is the CompC10 SVC included?
No. This is an enclosure only, cut and folded for the Kicker CompC10 SVC specifically. The 9.188 inch cutout, the 5.188 inch mounting depth allowance and the 1.50 cubic foot alignment all come from Kicker's published parameters for this exact driver, and the port is sized against its Xmax and power rating. It is not a universal box with a 10 inch hole in it. Bring your own driver.
Other Performance Optimized models
- Alpine R2-W10 Dual 10" Sealed
- Alpine RSW10 Dual 10" Sealed
- Alpine S2-W10 Dual 10" Sealed
- Arc Audio SW10 Dual 10" Sealed
- Audiofrog GB10 Dual 10" Sealed
- Audiofrog GB10 Dual 10" Sealed
- Audiomobile GT2 Dual 10" Sealed
- Diamond Audio DMD-SH Dual 10" Sealed