
Audio-Technica AT81CP Conical Phonograph Cartridge for P-Mount Turntables
Audio-Technica AT81CP Overview
The Audio-Technica AT81CP is a 0.6 mil conical phonograph cartridge designed for DJs, turntablists, and music aficionados using P-mount turntables in clubs, live sets, and home stereo setups. It features a bonded round stylus shank with a carbon fiber reinforced ABS cantilever. The 18 dB of channel separation and a frequency response of 20 Hz to 20 kHz ensure accurate and detailed audio reproduction.
- 0.6 mil cartridge fits P-Mount turntables
- Bonded round shank stylus with carbon fiber reinforced ABS cantilever
- 18 dB of channel separation and 20 Hz to 20 kHz frequency response for accurate audio reproduction
Audio-Technica AT81CP Overview
The Audio-Technica AT81CP is a 0.6 mil conical phonograph cartridge designed for DJs, turntablists, and music aficionados using P-mount turntables in clubs, live sets, and home stereo setups. It features a bonded round stylus shank with a carbon fiber reinforced ABS cantilever. The 18 dB of channel separation and a frequency response of 20 Hz to 20 kHz ensure accurate and detailed audio reproduction.
- 0.6 mil cartridge fits P-Mount turntables
- Bonded round shank stylus with carbon fiber reinforced ABS cantilever
- 18 dB of channel separation and 20 Hz to 20 kHz frequency response for accurate audio reproduction
Original: $32.00
-65%$32.00
$11.20Description
Audio-Technica AT81CP Overview
The Audio-Technica AT81CP is a 0.6 mil conical phonograph cartridge designed for DJs, turntablists, and music aficionados using P-mount turntables in clubs, live sets, and home stereo setups. It features a bonded round stylus shank with a carbon fiber reinforced ABS cantilever. The 18 dB of channel separation and a frequency response of 20 Hz to 20 kHz ensure accurate and detailed audio reproduction.
- 0.6 mil cartridge fits P-Mount turntables
- Bonded round shank stylus with carbon fiber reinforced ABS cantilever
- 18 dB of channel separation and 20 Hz to 20 kHz frequency response for accurate audio reproduction

















