MILLE PRO MPK130.3 5" COMPONENT SPEAKERS
MPK 130.3 PRO
System
The MPK 130.3 car audio speakers system has been designed to ensure a wide low frequency response, even in cars with no space for a subwoofer. Thanks to the V-cone® and Boundary Free Surround technologies the MP 130.3 woofer boast outstanding dispersion features and generates high SPL with compact dimensions. The dedicated crossover MPCX 2.3 has been designed to exploit the wide extension of the MP 130.3 woofers , ensuring a natural transition towards the MP 25.3 tweeter, for maximum natural acoustic emission. The 1mm low parasitic resistance copper filter coil of the woofer maximizes its efficiency. The MPCX 2.3 crossover features tweeter level (0/+2 dB) to calibrate the MP 25.3 acoustic emission level comparing it to the woofer one..
Accessories
Grille
Included
Provided full protection metal mesh grill featuring the aluminium Hertz logo and attractive look mineral powder coated inner grill are included for several install combinations.
Angle support
Included
Flush mounting ring
Included
Watchband
Included
Tweeter gasket
Included
Data table
Power Handling - Peak W | 200 |
Power Handling - Continuous W | 100 |
Impedance Ω | 4 |
Frequency response Hz | 60 ÷ 22,5k |
Sensitivity dB SPL | 91 |
Voice coil Ø mm (in.) | 25 (1) |
Woofer size mm (in.) | 130 (5) |
Tweeter size mm (in.) | 29 (1.14) |
Woofer magnet | High density flux ferrite |
Tweeter magnet | Neodymium |
Woofer cone | Pressed-pulp cone with cotton fibers |
Tweeter dome | Tetolon |
Crossover type | 2 Way Passive Crossover |
Crossover cut off | 3,5 kHz |
Technologies
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V-CONE®
The exponential profile gets very close to the perfect one, providing exceptional dispersion. -
BOUNDARY FREE SURROUND
This technology provides the ability to achieve wider emission surface of the cone compared to speakers with same diameter; that way, the cone manages to move a bigger mass of air, so it produces more acoustic pressure. This special surround is built from highly pure IIR butyl rubber, ensuring extraordinary thermal and mechanical linearity.