Swat GLK-P15D2
15″ subwoofer · dual 2 Ω · 1,700 W RMS
Fs 29.7 HzQts 0.40Vas 2.42 ft³
Recommended box
For a sedan, one sub, 1,700 W. It’s the same math as the designer’s step-by-step mode, where you can fit the box to your space, vehicle and amp and get plans, a cut sheet and DXF.
Sealed
| Net volume | 1.13 ft³ (32 L) |
|---|---|
| Qtc | 0.71 |
| Fc | 53 Hz |
| F3 (−3 dB, no cabin gain) | 55 Hz |
| Example box (outside) | 17 5/16″ × 17 5/16″ × 10 5/16″ |
Ported
| Net volume | 2.61 ft³ (74 L) |
|---|---|
| Tuning (Fb) | 31 Hz |
| Port | slot 3 1/8 × 16 11/16″, 50″ long |
| Port velocity at 1,700 W | 64 ft/s |
| F3 (−3 dB, no cabin gain) | 30 Hz |
| Example box (outside) | 31 1/2″ × 18 1/8″ × 17 1/8″ |
Thiele/Small parameters
| Fs | 29.7 Hz |
|---|---|
| Qts | 0.40 |
| Qes | 0.429 |
| Qms | 6 |
| Vas | 2.42 ft³ |
| Re (one coil) | ≈ 1.7 Ω |
| Sd | ≈ 124 in² |
| Xmax | ≈ 0.39″ |
| EBP | 69 — sealed or ported calc. |
| Sensitivity, 1 W / 1 m | 88.2 dB calc. |
General
| Size | 15″ |
|---|---|
| Voice coils | dual 2 Ω |
| RMS power | 1,700 W |
Mounting dimensions
| Cutout diameter | 14″ |
|---|---|
| Mounting depth | 7 13/16″ |
| Overall diameter | 15 1/2″ |
| Magnet diameter | 7 3/8″ |
Only Qts is published — Qms assumed to be 6 and Qes calculated (barely affects box design).
“≈” means the value isn’t in the spec sheet and a typical value for the size is used; “calc.” means it’s calculated from the published parameters. Check the manufacturer’s spec sheet before you build.
Data sources
- swat.ru/catalog/subwoofer/glock_glk/sabvufernyy_dinamik_swat_glk_p15d2.html
- swat.ru/upload/iblock/ba3/iaofj1891hk1v74xdxghhj01kqxxfsql.pdf
Other Swat 15″ models
- Swat EXE-15D1 v.3 15″ · dual 1 Ω
- Swat EXE-15D2 v.3 15″ · dual 2 Ω
- Swat EXE-P15D1 15″ · dual 1 Ω
- Swat EXE-P15D2 15″ · dual 2 Ω
- Swat GLK-15D1 15″ · dual 1 Ω
- Swat GLK-15D2 15″ · dual 2 Ω
- Swat GLK-P15D1 15″ · dual 1 Ω
- Swat HLG-P15D2 15″ · dual 2 Ω
- Swat REV-15 15″ · dual 2 Ω
- Swat REV-15 v.2 15″ · dual 2 Ω
- Swat SBT-15 15″ · dual 2 Ω
- Swat SBT-15 v.3 15″ · dual 2 Ω