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PS180-8 6-1/2" Point Source...
The Dayton Audio PS Series drivers do it all: true bass, articulate midrange, and balanced, extended highs.
PTT6.5X08-NFA-01 6.5″ Ultra...
The PURIFI PTT6.5X08-NFA-01 is a refined bass-mid woofer, incorporating state of the art technology that is based on extended research. The result is this ultra linear long-stroke woofer with unparalleled performance.
RS100-8 4" Reference...
Dayton Audio Reference Series RS100-8 4" midbass speakers deliver exceptional clarity, detail, and dynamics—and of course, incredibly low distortion.
RS180P-8 7" Reference Paper...
Dayton Audio Reference Series paper cone drivers combine class-leading low distortion performance with super smooth frequency response due to the use of a proprietary cone blend.
RS180S-8 7" Reference...
The Dayton Audio Reference Series sets a new standard of value in high-performance loudspeaker drivers. Utilizing a low-distortion motor system with two short-circuit paths and a rigid aluminum cone, the Reference Series can outperform drivers that cost s
Satori MR16P-8 6.5'' Midrange
The SB Acoustics Satori MR16P-8 Midwoofer is a State of The Art Neodymium magnet 6.5" 8 ohm midrange, featuring a proprietary Papyrus Paper cone, a soft low damping optimum response rubber surround, BiMax spider, and a glass fiber former with copper sleev
Satori MR16PNW-8 6.5" White...
Under the Satori brand are two new 5” and 6.5” midrange drivers, MR13P-4 and MW16PNW-4, respectively, featuring black or natural white cones using Egyptian Papyrus fibers produced in house with a proprietary method, combined with soft low damping rubber s
Satori MW16TX-8 6.5"...
The SB Acoustics MW16TX-8/TeXtreme uses unique materials and an aerodynamic aluminum chassis to create an efficient and accurate speaker with good bass response.
SB12CACS25-8 4" Ceramic Woofer
Ceramic cones offer smoothness and harmonic richness unavailable from conventional paper cone material. Ceramic materials also offer significantly higher stiffness numbers and slightly better internal losses than typical metals such as titanium or aluminu