PIONEER TS-W252PRS 800W 25cm Component PRS Subwoofer Genuine

PIONEER TS-W252PRS 800W 25cm Component PRS Subwoofer

Product Description:

The Pioneer TS-W252PRS is a competition-grade, 25 cm (10-inch) component subwoofer belonging to the audiophile-focused Pioneer Reference Series (PRS) line. Engineered primarily for high-end Sound Quality (SQ) rather than raw volume, it features a peak power handling of 800 watts and a continuous 400 watts RMS rating to deliver highly accurate, tight, and detailed bass response. It boasts an advanced three-layer composite cone utilizing an Aramid Fiber surface layer, a foamed polypropylene core, and a glass fiber reinforcement layer to achieve maximum structural stiffness without adding extra weight. Optimally built to function within compact spaces, this heavy-duty, overbuilt driver specializes in producing smooth, flat frequency responses up to 2,400 Hz, making it a legendary choice for car audio enthusiasts seeking concert-like clarity and low-frequency precision.

Product Features:

• Three-Layer Composite Cone: Combines a rigid Aramid fiber front, a lightweight foamed polypropylene core, and a glass fiber reinforcement layer to support high-speed acoustic response with minimal distortion.
• Progressive Flex Suspension System (PFSS): Utilizes a specialized progressive dual damper design to properly center the cone during long excursion phases, preserving unmatched sound linearity.
• Robust Die-Cast Aluminum Basket: Provides a rigid and stable structural frame to control deep cone vibrations and promote structural longevity.
• Premium Gold-Plated Terminals: Equipped with heavy-duty, high-grade gold connections to maintain clean, low-resistance current transmission.
• Small Sealed Box Optimization: Engineered specifically to work at peak performance in tight enclosures, requiring a compact 1.0 cubic foot (28.3 liters) sealed box setup.
• Broad and Balanced Frequency Coverage: Extends seamlessly from deep low-end rumble starting at 20 Hz all the way to 2,400 Hz, filling out the lower frequencies without harsh acoustic peaks.