Name: KICKER - 12" Dual-Voice-Coil 4-Ohm Subwoofer - Black
Brand: KICKER
SKU: 6319794
Rating: 3 (4 reviews)

Key Specs
- RMS Power: 900 watts (The maximum amount of continuous power the device is able to handle.)
- Impedance: 4 ohms (Describes the resistance of an electric signal throughout the system. Devices with low impedance require less power to deliver optimal signals but are more at risk for damage from overloading. Higher impedance requires more power but is more protected from overload damage.)
- Minimum Frequency Response: 20 hertz (Describes the maximum range of frequencies or musical tones a product can reproduce, from very low tones to very high treble tones. The minimum frequency or musical tone the speaker can reproduce. High treble tones have higher frequencies while low tones and deep bass have lower frequencies.)
- Maximum Frequency Response: 0.1 kilohertz (Describes the maximum range of frequencies or musical tones a product can reproduce, from very low tones to very high treble tones. The maximum frequency or musical tone the speaker can reproduce. High treble tones have higher frequencies while low tones and deep bass have lower frequencies.)
- Dual Voice Coils: true
- Woofer Size: 12 inches
- Mount Depth: 7.9 inches
General
- Product Name: 12" Dual-Voice-Coil 4-Ohm Subwoofer
- Brand: KICKER
- Number of Subwoofers Included: 1
- Model Number: 41L7124
Audio Power
- RMS Power: 900 watts (The maximum amount of continuous power the device is able to handle.)
Audio
- Impedance: 4 ohms (Describes the resistance of an electric signal throughout the system. Devices with low impedance require less power to deliver optimal signals but are more at risk for damage from overloading. Higher impedance requires more power but is more protected from overload damage.)
- Minimum Frequency Response: 20 hertz (Describes the maximum range of frequencies or musical tones a product can reproduce, from very low tones to very high treble tones. The minimum frequency or musical tone the speaker can reproduce. High treble tones have higher frequencies while low tones and deep bass have lower frequencies.)
- Maximum Frequency Response: 0.1 kilohertz (Describes the maximum range of frequencies or musical tones a product can reproduce, from very low tones to very high treble tones. The maximum frequency or musical tone the speaker can reproduce. High treble tones have higher frequencies while low tones and deep bass have lower frequencies.)
Features
- Dual Voice Coils: true
- Marine: false
Dimensions
- Woofer Size: 12 inches
- Mount Depth: 7.9 inches
- Product Height: 11.3 inches (The out of box height of the item. Height is measured as the vertical distance from the bottom of the item to the top as it would be primarily used or placed.)
- Product Width: 15.5 inches (The out of box width of the item. Width is measured as the horizontal distance from one side of the item to the other as it would be primarily used or placed.)
- Product Depth: 16.3 inches (The out of box depth of the item. Depth is measured as the distance from the front of the item to the back as it would be primarily used or placed.)
- Product Weight: 32.5 pounds (The out of box weight of the item.)
Other
- UPC: 713034069829

Feel the beat with this 12-inch Kicker L7 square subwoofer. Featuring an innovative cone-shaped design and an advanced driver, this subwoofer delivers deep, thumping bass with impressive clarity across a frequency response range of 20 to 100Hz. This Kicker L7 square subwoofer produces powerful, earthshaking audio with a sensitivity rating of 87dB.

Handles up to 900W peak output at 4 ohms: Boasts powerful sound.
20-100Hz frequency response: Offers accurate sound reproduction.
86.9dB sensitivity: Picks up the highs and lows for faithful sound reproduction.
7-7/8" mounting depth and 11-1/16" mounting cutout: Ensure a proper fit.
Stitched surround and cone: Provide maximum bond strength.
4-ohm impedance: Conducts power to keep the speaker working at optimal levels.
Finned aluminum heat sinks around voice coil: Allow greater heat dissipation.
FEA-optimized motor structures: Ensure increased power handling.