Fenton 8" Polypropylene Mid Driver 200W Bass Woofer Speaker, 8 Ohms, 100W RMS, 90dB SPL, 30Hz-8kHz Frequency, 2" Voice Coil for HiFi and Car Audio Applications, Model 902.208
Featured
|
£ 33.95 |
To Shop
|
Description
Amazon
Experience dynamic clarity with this Fenton 8-inch woofer featuring a durable polypropylene cone and robust rubber suspension, providing reliable, distortion-free audio for both car and home systems. Engineered with a substantial 990g (35oz) magnet, this bass-mid driver delivers powerful performance, ensuring deep, immersive bass and precisely defined mid-range frequencies consistently. Rated 100W RMS with a 200W maximum, the speaker delivers ample headroom for enhanced reliability, minimised distortion and seamless audio reproduction, ideal for demanding listening environments. Boasting a broad frequency response from 30Hz to 8kHz and 90dB sensitivity, this polypropylene driver accurately reproduces music, capturing detailed lows and mids with impressive audio fidelity. Its sizeable 2-inch (50mm) voice coil significantly improves thermal handling and reduces power compression, ensuring lasting performance even at prolonged usage at higher power levels.
Compare webshops (1)
Experience dynamic clarity with this Fenton 8-inch woofer featuring a durable polypropylene cone and robust rubber suspension, providing reliable, distortion-free audio for both car and home systems. Engineered with a substantial 990g (35oz) magnet, this bass-mid driver delivers powerful performance, ensuring deep, immersive bass and precisely defined mid-range frequencies consistently. Rated 100W RMS with a 200W maximum, the speaker delivers ample headroom for enhanced reliability, minimised distortion and seamless audio reproduction, ideal for demanding listening environments. Boasting a broad frequency response from 30Hz to 8kHz and 90dB sensitivity, this polypropylene driver accurately reproduces music, capturing detailed lows and mids with impressive audio fidelity. Its sizeable 2-inch (50mm) voice coil significantly improves thermal handling and reduces power compression, ensuring lasting performance even at prolonged usage at higher power levels.