The MPS 300 S2 shallow subwoofer is designed to deliver exceptional performance even in situations where space is limited for installing the subwoofer box.
Optimized to work in ultra-compact sealed boxes starting from as little as 22.7 liters (0.8 cubic feet), the MPS 300 S2 is an excellent choice for installations with space constraints, such as subwoofer enclosures under the rear bench of pickup trucks.
One of the key features that sets the MPS 300 S2 apart is its depth/performance ratio, which has never been achieved before. This is made possible by its impressive cone excursion capacity, which is 20% higher than traditional designs.
The ingenious suspension group design plays a vital role in achieving this exceptional target. It features a dedicated support structure for the spider and coil, allowing the magnetic group to move inwards. This reduction in depth maximizes cone linear excursion while maintaining performance.
Features:
1. Ultra-shallow overall depth
2. 500W continuous power handling
3. Optimized for extremely compact sealed enclosures of 20-24 liters (0.7-0.8 cubic feet)
4. Air Intercooling Revolution (A.I.R.) technology prevents air-compression-related limitations
5. Unrivalled mechanical excursion, with +20% compared to traditional designs
6. Six-layer copper voice coil (38mm/1.5 in.) ensures high thermal capacity
7. Non-vented rear design allows for reduced enclosure depth
8. Robust screw-less mesh grille included with black screws provided
9. Die-cast aluminum frame
10. Solid horizontal 8AWG spring-loaded terminals
11. EID: Scan, Discover, Identify
| Nominal diameter | 300 mm (12 in) |
| Impedance | 2 Ohm |
| Minimum Impedance | 2.5 Ohm |
| Power Handling - Peak | 1000 W |
| Power Handling - Continuous | 500 W |
| Sensitivity | 84.5 dB |
| Frequency Response | 25 - 400 Hz |
| Voice Coil Ø | 38.6 mm (1.5 in) |
| Chassis Material | ALLUMINIUM |
| Magnet Material | HIGH DENSITY FLUX FERRITE |
| Magnet size D x d x h | 156 x 60 x 36 mm (6.14 x 2.36 x 1.42 in) |
| Voice Coil Material | COPPER |
| Former Material | POLYIMIDE |
| Cone Material | POLYPROPYLENE |
| Surround Material | Nitrile rubber (NBR) |
| Xmax | 16.8 mm (0.66 in) |
| Xmech | 20 mm (0.79 in) |
| Voice Coil Winding Height | 37 mm (1.46 in) |
| Gap Height | 7 mm (0.28 in) |
| Recommended Enclosure | 27.7 l (0.978 ft) |
| Ferrofluid | No |
| D | 539 mm (83.545 in) |
| Re | 1.9 Ohm |
| Fs | 24 Hz |
| Le | 1.48 mH |
| Vas | 64.9 l (2.292 ft) |
| Mms | 295 g (10.406 oz) |
| Cms | 0.16 mm/N |
| BL | 12.3 T•m |
| Qts | 0.51 |
| Qes | 0.55 |
| Qms | 7.5 |
| Spl | 84.5 dB |
| Reference Efficiency | 84.5 |
| Flux Density | 800 |
| Mounting Depth | 89 mm |
| Total Weight | 6.64 kg (14.639 lb) |
| Dimension A | 318.3 mm (12.53 in) |
| Dimension B | 282.5 mm (11.12 in) |
| Dimension C | 108.88 mm (4.29 in) |
| Dimension D | 89 mm (3.5 in) |
| Dimension E | 291.8 mm |
| Dimension F | 42.6 mm |
| Hole diameter | 5.5 mm |
|
| VB l | 22.7 (0.8 cu. ft.) |
| FB Hz | 47 |
| QTC | 0.96 |
| W mm | 510 (20.08 in) |
| H mm | 406 (15.98 in) |
| D mm | 160 (6.3 in) |
| Mounting Hole mm | 283 (11.14 in) |
| Wood Thickness mm | 16 (0.63 in) |
| VB l | 22.7 (0.8 cu. ft.) |
| FB Hz | 47 |
| QTC | 0.96 |
| W mm | 770 (30.31 in) |
| H mm | 406 (15.98 in) |
| D mm | 115 (4.53 in) |
| Mounting Hole mm | 283 (11.14 in) |
| Wood Thickness mm | 16 (0.63 in) |
| A mm | 510 x 406 (20.08 x 15.98 in) |
| Qty Pcs | 2 |
| B mm | 30.31 x 15.98 (20.08 x 5.04 in) |
| Qty Pcs | 2 |
| C mm | 374 x 128 (14.72 x 5.04 in) |
| Qty Pcs | 2 |
| A mm | 770 x 406 (30.31 x 15.98 in) |
| Qty Pcs | 2 |
| B mm | 770 x 83 (30.31 x 3.27 in) |
| Qty Pcs | 2 |
| C mm | 374 x 83 (14.72 x 3.27 in) |
| Qty Pcs | 2 |
| Suggested Subsonic filter cut-off | 15 Hz / 24dB Oct |
| Suggested Lo-pass filter cut-off | 70-80 Hz / 24 db Oct |
| VB l | 26.9 (0.9 cu. ft.) |
| FB Hz | 34 |
| W mm | 690 (27.17 in) |
| H mm | 411 (16.18 in) |
| D mm | 165 (6.5 in) |
| Mounting Hole mm | 284 (11.18 in) |
| Wood Thickness mm | 16 (0.63 in) |
| Z mm | 146 (5.75 in) |
| P mm | 133 (5.24 in) |
| S mm | 61.1 (2.41 in) |
| Lp-Port Length mm | 605 (23.82 in) |
| VB l | 26.9 (0.9 cu. ft.) |
| FB Hz | 34 |
| W mm | 895 (35.24 in) |
| H mm | 422 (16.61 in) |
| D mm | 130 (5.12 in) |
| Mounting Hole mm | 284 (11.18 in) |
| Wood Thickness mm | 16 (0.63 in) |
| Z mm | 146 (5.75 in) |
| P mm | 98 (3.86 in) |
| S mm | 82.9 (3.26 in) |
| Lp-Port Length mm | 605 (23.82 in) |
| A mm | 690 x 411 (27.17 x 16.18 in) |
| Qty Pcs | 2 |
| B mm | 690 x 133 (27.17 x 5.24 in) |
| Qty Pcs | 2 |
| C mm | 379 x 133 (14.92 x 5.24 in) |
| Qty Pcs | 1 |
| D mm | 318 x 133 (12.52 x 5.24 in) |
| Qty Pcs | 1 |
| E mm | 589 x 133 (23.19 x 5.24 in) |
| Qty Pcs | 1 |
| A mm | 895 x 422 (35.24 x 16.61 in) |
| Qty Pcs | 2 |
| B mm | 895 x 98 (35.24 x 3.86 in) |
| Qty Pcs | 2 |
| C mm | 390 x 98 (15.35 x 3.86 in) |
| Qty Pcs | 1 |
| D mm | 307 x 98 (12.09 x 3.86 in) |
| Qty Pcs | 1 |
| E mm | 589 x 98 (23.19 x 3.86 in) |
| Qty Pcs | 1 |
| Suggested Subsonic filter cut-off | 20 Hz / 24dB Oct |
| Suggested Lo-pass filter cut-off | 60-70 Hz / 24 db Oct |
1. Ultra-shallow overall depth
2. 500W continuous power handling
3. Optimized for extremely-compact sealed enclosure 20-24L (0.7-0.8CF)
4. Air Intercooling Revolution (A.I.R.) prevents air-compression-related limitations
5. Unrivalled mechanical excursion, +20% over traditional designs
6. Six-layer copper voice coil (38mm/1.5 in.) ensures high thermal capacity
7. Non-vented rear design allows reduced enclosure depth
8. Robust screw-less mesh grille included with black screws provided
9. Die-cast aluminum frame
10. Solid horizontal 8AWG spring-loaded terminals
11. EID: Scan, Discover, Identify
The exclusive technology providing the traceability of the Mille.3 products from their birth on. Once the test phase has been passed, the code linked to destination country/market is applied. When purchasing the product, by scanning the code, the user can check through the web the information about the product and can log into the registration page.
Hertz R&D has developed the proprietary AIR (Air Intercooling Revolution) technology, optimizing the fluid dynamics inside the voice coil inner chamber and the magnetic group to minimize the internal compression of air and maximize cooling capacity.
