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| Audio Output Mode | Stereo |
|---|---|
| Mounting Type | Flush Mount |
| Enclosure Material | Plastic |
| Speaker Type | Tweeter, Woofer |
| Additional Features | Dolby Enabled |
| Antenna Location | For Cars |
| Color | BLACK |
| Is Waterproof | FALSE |
| Warranty Type | Limited |
| Control Method | Touch |
| Speaker Size | 4 inches |
| Woofer Diameter | 6 inches |
| Specific Uses For Product | For Cars |
| Speaker Maximum Output Power | 120 watts |
| Unit Count | 1 Count |
| Item Dimensions D x W x H | 18"D x 8"W x 14"H |
| Item Weight | 2 pounds |
| Compatible Devices | MP3 Player, Smartphone |
| Compatible with Vehicle Type | & SUVs, Select Cars, Truck |
| Audio Driver Type | Dynamic Driver |
| Model Number | KFC-4675C |
| Model Name | KFC-4675C |
| Built-In Media | KFC-4675C |
| Warranty Description | ONE YEAR |
| Number of Items | 1 |
| Customer Package Type | Standard Packaging |
| UPC | 019048118127 |
| Global Trade Identification Number | 00019048118127 |
| Manufacturer | Kenwood Electronics |
| Frequency Response | 25000 hertz |
| Number of Audio Channels | 2 |
| Connectivity Technology | Wired |
| Wireless Technology | Bluetooth |
| Connectivity Protocol | Bluetooth |
| Power Source | Corded Electric |
| Number of Batteries | 1 12V batteries required. |
| Speakers Maximum Output Power | 120 watts |
Swap out those feeble factory speakers and recharge your music with a pair of Kenwood's KFC-4675C 4"x6" speakers. They feature an injection-molded polypropylene woofer and a 1" PPTA balanced-dome tweeter that broadcasts rich, full sound.
The woofers are constructed from injection-molded polypropylene. This process of cone molding assures a uniform cone thickness for superior linearity and clarity. It is also lighter weight and more rigid for decreased distortion and improved bass response. Each woofer uses a treated-cloth surround.
Each speaker features a 1" PPTA balanced-dome tweeter. PPTA is a high-quality construction material with quick response (rivaling very expensive titanium) and significant internal loss, resulting in accurate transient response and limited tweeter resonance.
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