Hifonics BRW12D4

Power Meets Precision:
Experience the Hifonics BRW12D4 Brutus 12-inch subwoofer, engineered for audiophiles seeking powerful and precise bass. With a peak power of 2000 watts and a dual 4-ohm configuration, this subwoofer is perfect for creating a deep, immersive audio environment. Its heavy-gauge, powder-coated aluminum die-cast basket ensures durability and minimizes resonance for distortion-free sound.

Advanced Cooling for Peak Performance:
The BRW12D4 is equipped with a vented aluminum former that holds a robust 3-inch voice coil, allowing efficient heat exchange for optimal performance. The dual 70oz magnets in its high-energy motor assembly enhance power handling and deliver high sound pressure levels (SPL), making it ideal for high-demand audio setups.

Durable and Reliable Design:
Built to withstand rigorous use, this subwoofer features a specialized dual poly cotton spider with double centering, ensuring stable piston motion even at high power. The pressure-treated, double-stitched ribbed foam surround maintains linearity, while the aluminum die-cast basket facilitates superior heat dissipation, ensuring longevity and consistent performance.

Highlights:

1. 2000 Watts Peak Power: Generates impactful and dynamic bass for immersive sound.
2. 12-Inch Dual 4-Ohm Design: Offers flexible configurations for various audio systems.
3. 3-Inch Voice Coil: Designed for stability and precision in low-frequency reproduction.
4. Vented Aluminum Former: Enhances heat dissipation to minimize distortion during prolonged use.
5. Dual 70oz Magnets: Boost power handling and sound pressure levels for high-performance audio.
6. Heavy-Gauge Aluminum Basket: Provides structural integrity and back venting for cooling.
7. Dual Poly Cotton Spider: Maintains consistent piston motion with minimal distortion.
8. Ribbed Foam Surround: Ensures reliable operation and distortion-free performance.
9. High SPL Capability: Perfect for audiophiles demanding loud and clear bass.
10. Durable Construction: Built to handle high power loads and extended use without compromising reliability.