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Bang and Olufsen Beogram 3500 5976

Turntable Details

Drive

Belt

Motor

DC

Wow & Flutter %

0.03

Rumble [dB]

-80

Speed

33, 45

Dimensions [mm]

Platter Material

Platter Diameter [mm]

Total Weight [kg]

Tonearm

Year Built

5.30

Linear

1991

Platter Weight [kg]

Plinth Material

Price

£300

Additional information

The Bang & Olufsen Beogram 3500 (Type 5976) is a high-fidelity, fully automatic tangential turntable from the late 1980s to early 1990s, designed for precise vinyl playback and seamless integration with Bang & Olufsen audio systems. It is part of B&O’s renowned Beogram series, known for their advanced engineering and minimalist Danish design.


  • Drive System: Electronically controlled DC motor with belt drive for stable, low-vibration operation

  • Tonearm: Tangential (linear tracking) arm for minimal tracking error and reduced record wear

  • Cartridge Compatibility: Designed for B&O MMC series cartridges, typically the MMC 4 or MMC 5 (Moving Micro Cross technology)

  • Speeds: 33 1/3 and 45 rpm, electronically switched

  • Wow and Flutter: Less than ±0.05%

  • Rumble (Weighted): Greater than 80 dB

  • Automatic Functions: Fully automatic start, stop, and return; automatic record-size detection

  • Tracking Force: Electronically set and optimized for B&O MMC cartridges

  • Connections: Datalink-compatible DIN output for integration with B&O systems

  • Platter: Aluminum, damped for resonance control

  • Dimensions (WxHxD): Approximately 42 x 7 x 32 cm

  • Weight: Around 7 kg

Notable Features

  • Tangential Tracking: The linear tracking arm ensures the stylus follows the groove exactly as it was cut, minimizing distortion and record wear.

  • Full Automation: One-touch operation for all playback functions, including automatic record size detection and tonearm cueing.

  • Datalink Integration: Allows remote control and system integration with compatible Bang & Olufsen receivers and amplifiers.

  • Build Quality: Precision engineering with a focus on vibration isolation and long-term reliability.


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