Sennheiser EW-DP TRIO SET (Q1-6)

Sennheiser EW-DP ME4 SET (Q1-6) + EW-D SKM-S Handheld Transmitter with MMD 835 Capsule - Complete Digital Wireless Microphone Kit (470-526 MHz)

- All-in-one solution for filming and interviews: includes the EW-DP digital wireless lavalier system with an ME4 cardioid microphone, plus a handheld wireless microphone equipped with an MMD 835 capsule.
- Q1-6 frequency band (470-526 MHz): provides stable, reliable digital transmission suitable for professional use.
- Compact EW-DP portable receiver: designed for quick mounting onto cameras and rigs, features a clear OLED display and intelligent power management.
- Dual recording options: choose between the discreet, wearable ME4 lavalier microphone or the convenience of the EW-D SKM-S handheld transmitter for on-location interviews.
- Sennheiser audio quality: the MMD 835 dynamic cardioid capsule ensures excellent vocal reproduction and high resistance to ambient noise pickup.

This comprehensive wireless microphone kit from Sennheiser combines the versatility of the EW-DP ME4 SET digital wireless system with the flexibility of the EW-D SKM-S handheld transmitter, offering an ideal solution for videographers, journalists, and content creators who require maximum reliability on set. Maximum operational flexibility
Thanks to the combination of included components, the kit is equipped to handle any audio recording scenario:
- Lavalier configuration: ideal for presenters, actors, or staged interviews, utilizing the bodypack transmitter with an ME 4 cardioid clip-on microphone.
- Handheld wireless microphone configuration: perfect for quick interviews, field reporting, and journalistic segments, featuring the EW-D SKM-S transmitter paired with an MMD 835 cardioid dynamic capsule.

Digital technology and intuitive management
Operating in the UHF Q1-6 band (470 - 526 MHz), the EW-DP series delivers ultra-low latency and exceptional dynamic range.
The portable receiver mounts easily onto a camera or rig and is designed to streamline your workflow through automatic frequency coordination and control via the Smart Assist app.