Audio-Technica AT-SB727 Sound Burger Portable Bluetooth Turntable, Black

Due to the overwhelming response of the limited edition retro red Sound Burger, launched in 2022 in celebration of Audio-Technica’s 60th anniversary (all quantities sold out globally in days), Audio-Technica is thrilled to announce that this fan favorite is returning to the company’s regular lineup. Designed with portability in mind and available in three unique colors, the Sound Burger offers a retro aesthetic mixed with modern updates. Ideal for parties, compact living spaces, or picnics, this affordable entry-level turntable offers Bluetooth® connectivity and USB charging and up to 12 hours of spinning. The Sound Burger offers high-quality sound reproduction with a belt-drive system that plays 33-1/3 and 45 RPM records. To achieve both portability and stability, the tonearm employs a dynamic balance system in which stylus pressure is applied via a spring. In addition, a high-precision DC motor maintains stable rotation. This unique turntable features a die-cast aluminum alloy platter with damping design and a replaceable ATN3600L stylus (sold separately). The Sound Burger also comes with an audio cable for those who prefer an analog, wired listening experience. Included Accessories: 45 RPM adapter, 3.5 mm male to dual RCA male audio cable, USB Type-A/USB Type-C™charging cable.

Lightweight Design: The Audio-Technica AT-SB727 Sound Burger Portable Bluetooth Turntable retains the classic, lightweight design of the 1980s model
High-Quality Sound Reproduction: The AT-SB727 Sound Burger offers high-quality sound reproduction with a belt-drive system that plays 33-1/3 and 45 RPM records
Wireless and Cable Function: The turntable’s Bluetooth capabilities allow you to play your favorite vinyl records wirelessly for up to 12 hours or use the included audio cable to enjoy a nostalgic, wired listening experience
Color: This portable turntable is available in yellow color
Tonearm: Designed for both portability and stability, the tonearm employs a dynamic balance system in which stylus pressure is applied through a spring