Electro-Voice RE3-HHT86-6M Handheld Transmitter with ND86 Head (653–663 MHz)
The Electro-Voice RE3-HHT86-6M is a professional UHF wireless handheld transmitter equipped with the ND86 supercardioid dynamic microphone head, designed for clear, detailed vocal performance in live and presentation environments. Operating in the 6M frequency band (653–663 MHz), it offers reliable wireless performance with minimal interference.
The ND86 capsule delivers crisp, balanced vocals with excellent isolation, while the robust metal transmitter body ensures durability. With easy frequency sync, selectable RF output power, and wide tuning bandwidth, this handheld is built for dependable and flexible wireless operation.
Features
• Handheld UHF wireless transmitter with ND86 supercardioid dynamic capsule
• Operates in 6M band: 653–663 MHz
• Crisp, clear, and balanced vocal reproduction
• Supercardioid pattern for enhanced isolation and feedback rejection
• Quick setup with frequency scan and sync functionality (with compatible receiver)
• Selectable RF output power (low/high, band dependent)
• Up to 36 MHz tuning bandwidth (band dependent)
• Interchangeable threaded capsule design (compatible with EV and some other brands)
• Shock-mounted capsule reduces handling noise
• Memraflex grille resists denting
• Durable all-metal transmitter construction
Specifications
• Wireless Technology: Analog UHF
• RF Frequency Band: 653 to 663 MHz
• Capsule Type: Dynamic
• Polar Pattern: Supercardioid
• Frequency Response (Mic): ~70 Hz to 17 kHz (typical ND86)
• RF Output Power: Selectable (low/high)
• Sync Method: IR (with compatible receiver)
• Tuning Bandwidth: Up to 36 MHz
• Battery Type: 2x AA
• Housing: Metal
• Capsule Mount: Thread-on interchangeable
• Compatible Receivers: Electro-Voice RE3 diversity receivers
• Interchangeable Capsules: ND76, ND86, ND96, RE420, RE520
• Frequency sync and scanning require compatible RE3 receiver
Included
• RE3-HHT Handheld Transmitter
• ND86 Microphone Head
• 2 x AA Batteries
• Microphone Stand Adapter
• User Documentation