Orion HCCA802 – 8 Inch Dual 2 Ohm High-Performance Subwoofer | 1500W RMS Bass Power

High-Performance 8 Inch Subwoofer for Powerful, Controlled Bass The Orion HCCA802 delivers strong and controlled bass for high-performance car audio systems. Specifically, this 8 inch dual 2 ohm high-power subwoofer produces deep low-frequency output with excellent control. As a result, it performs well in demanding daily-driven builds. With 1500W RMS and 6000W peak power, it offers serious output without focusing solely on SPL competition use. Additionally, the dual 2-ohm voice coil configuration provides flexible wiring options. Because of this, matching amplifier loads becomes easier across many system layouts. Therefore, the HCCA802 works well in high-output daily systems, enthusiast upgrades, and custom audio installs. Built for Power, Control, and Long-Term Reliability To support high output levels, the HCCA802 uses a moisture- and UV-resistant paper cone. Moreover, it features a durable NBR foam surround. Together, these components allow strong cone movement while maintaining control and sound quality. At its core, the subwoofer uses a 2.5-inch high-temperature voice coil. As a result, it manages heat more effectively during extended listening sessions. In addition, a 174 oz triple-stack ceramic magnet motor structure delivers strong motor force and stability. This design helps maintain clean and consistent bass at higher power levels. Ideal For High-performance daily-driven audio systems Enthusiast-level bass builds Multi-subwoofer setups with strong low-end control Custom car audio systems requiring high power handling Key Features 8 inch dual 2 ohm high-performance subwoofer 1500W RMS / 6000W peak power handling 2.5” high-temperature voice coil Moisture- and UV-resistant paper cone NBR foam surround for controlled excursion Polypropylene dustcap for added cone strength Massive 174 oz triple-stack ceramic magnet Designed for high-output performance systems Optimized for sealed and ported enclosures Proven Orion Car Audio HCCA Series engineering