Shure
Wireless Microphone Capsule RPW174
KSM8 Dual Diagphram Dymanic, Cardioid
Description
Revolutionary Dual-Diaphragm Wireless Capsule for Smooth Vocals 🎤🔥
The Shure KSM8 capsule features a unique dual-diaphragm design that delivers smooth, natural vocal reproduction with outstanding clarity and reduced proximity effect. Its cardioid pickup pattern provides excellent off-axis rejection, making it perfect for demanding live performances and broadcast. Engineered for rugged touring use, the KSM8 offers exceptional feedback resistance and low handling noise.
🔑 Key Features
🔹 Dual-Diaphragm Dynamic Capsule – Smooth and natural vocal tone
🔹 Cardioid Pickup Pattern – Focused sound capture with minimal background noise
🔹 Reduced Proximity Effect – More consistent sound at close range
🔹 High Feedback Resistance – Ideal for loud stage environments
🔹 Low Handling Noise – Advanced internal shock mounting technology
🔹 Compatible with Shure Wireless Systems – Fits ULX-D, QLX-D, SLX-D, Axient Digital, and others
🎙️ Elevate your wireless vocal performance with the Shure KSM8 capsule—rent it today!
Specifications
🔹 Microphone Type: Dynamic Capsule
🔹 Element Type: Dynamic
🔹 Pickup Pattern: Cardioid
🔹 Polar Pattern: Cardioid
🔹 Frequency Response: 40 Hz – 16 kHz
🔹 Max. Sound Pressure Level: 150 dB SPL
🔹 Sensitivity: 1.85 mV / -51.5 dBV/Pa (at 1 kHz)
🔹 Analog Output: 1x Concentric Ring Conductor Plate
🔹 Operating Voltage: Not Specified by Manufacturer
🔹 Compatibility: Shure ULX-D, QLX-D, SLX-D, Axient Digital wireless handheld transmitters
🔹 Connector Compatibility: Shure standard capsule interface
🔹 Mounting Thread Size: 1.25"-28 Male
🔹 Color: Black
🔹 Weight: Approx. 140 g (Package Weight: 0.57 lb)
🔹 Box Dimensions: 4.7 x 3.45 x 3.3 in (LxWxH)
🔹 Environmental Resistance: NoPerfect for:
✅ Touring and live performances
✅ Broadcast and media productions
✅ Corporate events
✅ Houses of worshipGet studio-quality wireless vocals with the Shure KSM8 capsule—rent yours now!
For more details on Shure KSM8 Wireless Microphone Capsule specifications, click here.