The Pioneer 12 Inch Dual Voice Coil Subwoofer is built for drivers who want stronger, deeper bass performance from a passive car audio setup. Designed with a 12-inch cone, 500W nominal power handling, and a dual 4-ohm voice coil configuration, this Pioneer subwoofer is a solid choice for upgrading an automotive sound system with more impact and clarity in the low end. Its heavy-duty construction, honeycomb design cap, and large magnet assembly are engineered to support powerful cone movement while helping maintain control and durability during demanding listening sessions. If you are looking for a subwoofer that can deliver fuller bass for music playback in a car enclosure, this model offers a dependable balance of power, endurance, and efficiency. With its rigid cone structure and heat-resistant components, the Pioneer 12 Inch DVC Subwoofer is designed to help create a more energetic in-car audio experience.

Key Features

• Dual Voice Coil Design: The 4+4 ohm configuration supports flexible wiring options for car audio installations.
• 500W Nominal Power: Built to handle strong daily performance with consistent bass output.
• High Power Capacity: Maximum power handling up to 1600W supports demanding audio systems.
• Hybrid Surround: Dual-layer fiber reinforced elastic polymer surround supports controlled cone movement and durability.
• Rigid Cone Construction: Injection molded PP cone helps improve strength, response, and long-term reliability.
• Large Magnet Assembly: Designed for strong motor performance and deeper bass reproduction.
• Heat Resistance: High heat resistance voice coil and efficient dissipation help support extended use.
• Stable Basket Design: Firmly enclosed bottom basket helps maintain accurate cone motion.

Technical Specifications

Compatibility

This Pioneer 12 Inch Dual Voice Coil Subwoofer is intended for enclosure use in car audio systems. Because it is a passive subwoofer without an amplifier or enclosure included, it is best suited for custom installations where the enclosure, amplifier, and wiring are selected to match the system design.