Microphone RØDE SM6 — black, weight 0.682 kg, dimensions 210×133×210 mm

The RØDE SM6 is a high-quality suspension shock mount designed to support many large-diaphragm RØDE microphones including NTK, NT2000, NT2-A, NT1000 and NT1-A. Engineered to reduce unwanted rumble and mechanical vibrations, the SM6 improves recording stability while maintaining a professional black finish and compact dimensions (133 mm × 210 mm × 210 mm).

Advantages

The SM6 provides effective isolation from external physical disturbances that can cause low-frequency rumble and handling noise. It includes a removable pop shield with two-axis adjustment for precise positioning and a telescopic arm that extends placement options. The mount is lightweight (0.682 kg) and compatible with a wide range of large-diaphragm RØDE microphones, offering secure support and flexible setup for studio and broadcast environments.

Suitable for

• Studio vocal and voice-over recording
• Podcasting and streaming setups
• Broadcast and radio applications
• Home studio and project-recording environments

Key specifications

• Compatibility: Large-diaphragm RØDE microphones (e.g., NTK, NT2000, NT2-A, NT1000, NT1-A)
• Colour: Black
• Dimensions (W × H × D): 133 mm × 210 mm × 210 mm
• Weight: 0.682 kg
• Includes: Suspension shock mount, removable pop shield with two-axis adjustment, telescopic arm

How to use

Attach the SM6 to a compatible microphone stand or boom arm, then mount the supported RØDE microphone into the suspension cradle. Adjust the telescopic arm and the two-axis pop shield to position the microphone and wind protection precisely for the talent. Tighten any adjustment knobs to secure the setup and test for isolation by tapping the stand to confirm minimal vibration transfer to the microphone.

Recommendations

For best results, pair the SM6 with recommended compatible RØDE microphones and a sturdy stand or boom arm. Position the pop shield between the speaker and the capsule to reduce plosives, and periodically check mounting hardware for firm attachment to maintain optimal vibration isolation.