Electrovoice RE3ND76

The Electro-Voice RE3-ND76 is a professional UHF wireless handheld system built around EV’s acclaimed ND76 dynamic cardioid vocal capsule. The RE3 platform combines a diversity receiver, a rugged handheld transmitter, and wide tuning bandwidth, giving vocalists, worship leaders, and presenters the warm, clear sound of the ND76 with dependable wireless performance.

Highlights

• ND76 dynamic cardioid capsule for rich, detailed vocals
• RE3-RX diversity receiver and RE3-HHT handheld transmitter
• Wide 36 MHz tuning bandwidth in Band 5L
• Selectable 10 or 50 mW RF output (Band 5L)
• Shock-mounted capsule minimizes handling noise
• Band 5L: 488 to 524 MHz

Electro-Voice RE3-ND76: Pro Vocal Sound, Wireless

The ND76 is one of Electro-Voice’s most popular vocal microphones, known for its warm low end, clear presence, and excellent feedback rejection. The RE3-ND76 puts that same capsule on a wireless handheld transmitter, so singers get the sound they know without the cable. The cardioid pattern focuses on the voice and rejects stage noise, while the shock-mounted design keeps handling noise out of the mix.

RE3 Wireless Performance

The RE3 platform offers a wide 36 MHz tuning range in Band 5L, giving plenty of frequency options to avoid interference in busy RF environments. The diversity receiver improves reliability as performers move, and selectable 10 or 50 mW transmitter power lets you use lower power for small rooms and multi-system setups, or higher power for larger venues and longer distances.

Setting Up the RE3-ND76

Place the receiver with a clear line of sight to the stage, connect it to your mixer, and scan for a clear frequency. Sync the handheld, set its RF power for your venue, and adjust the receiver output level. When running multiple systems, coordinate frequencies so they work together without interference.

What to Pair With the RE3-ND76

Pair the RE3-ND76 with a rack kit or antenna distribution for multi-channel systems, rechargeable AA batteries, and remote antennas for larger rooms. For hands-free presenters, EV offers RE3 bodypack systems that work in the same band.

Choosing the Right Frequency Band

The RE3-ND76 is offered in several frequency bands. This system is Band 5L (488-524 MHz). Band availability depends on your location and the local RF environment, so check with our team before adding systems, especially if you already run other wireless microphones or in-ear monitors.

Getting the Best Vocal Sound Wirelessly

Sing directly into the front of the ND76 capsule from a few inches away; moving closer adds warmth, while backing off gives a more open sound. Keep your hand off the grille, which can alter the pickup pattern and invite feedback. Set the receiver’s output so it hits your mixer at a healthy level, and match the mixer channel’s gain to the wired ND76 if you use both, so switching between them is seamless.

Electro-Voice RE3-ND76 FAQ

What capsule does the RE3-ND76 use? It uses the EV ND76 dynamic cardioid capsule, the same sound as the wired ND76 vocal mic.

What frequency band is this system? Band 5L, covering 488 to 524 MHz.

Electro-Voice RE3-ND76 Specifications at a Glance

• Capsule: ND76 dynamic cardioid
• Transmitter: RE3-HHT handheld
• Receiver: RE3-RX diversity
• Tuning bandwidth: 36 MHz (Band 5L)
• RF output: 10 or 50 mW selectable (Band 5L)
• Frequency band: 5L (488-524 MHz)

Who Buys the Electro-Voice RE3-ND76

• Lead vocalists and worship leaders
• Churches and venues upgrading wireless
• Bands and touring performers
• Production and rental companies

Why Buy the Electro-Voice RE3-ND76 From Metro Sound & Lighting

Metro Sound & Lighting isn’t a catalog-only retailer. We sell, install, and service wireless systems in-house, so our team can help you choose the right band, coordinate frequencies, and support your wireless after the sale. We offer B2B and integrator pricing for churches, schools, and venues.

Browse more options in our Wireless Handheld Microphones category, or see the full specifications on the official Electro-Voice RE3-ND76 product page.