Baofeng BF-780 Dual PTT Speaker Microphone – UV-5R

$30.90

Baofeng dual PTT speaker microphone with 2-pin K-type connector, rotating clip, 3.5mm earphone socket, and clear audio for compatible two-way radios.

 

Available on backorder

SKU: BF-780 Category: Tags: , Brand:

Description

The Baofeng BF-780 Dual PTT Speaker Microphone is a practical and durable accessory designed for compatible Baofeng two-way radios. Featuring dual Push-to-Talk (PTT) buttons, it allows convenient control of compatible dual-channel radios without needing to reach for the radio itself. The microphone includes a built-in speaker for clear audio, a strong rotating rear clip for secure attachment to clothing or equipment, and a 3.5mm earphone socket for private listening. The coiled cable and compact design make it ideal for security, events, outdoor activities, business communications, and professional radio users.

 

FEATURES

  • Dual PTT rocker switch for convenient transmission control on compatible dual-PTT radios
  • Built-in speaker and microphone for clear two-way communication
  • Rotating rear clip for attaching to clothing, straps, or equipment
  • 3.5mm earphone socket for optional private listening
  • 2-pin K-type connector with 3.5mm and 2.5mm plugs
  • Coiled cable for flexibility and convenient handling
  • Compact and lightweight design
  • Suitable for professional, recreational, and outdoor communication applications

SPECIFICATIONS

  • Connector: 2-pin K-type
  • Pin configuration: 3.5mm + 2.5mm
  • Speaker size: 16mm
  • Microphone size: 9.7 × 6.7mm
  • Frequency response: 20–16,000Hz
  • Sound pressure level: 94dB ±3dB
  • Microphone sensitivity: -38dB ±2dB
  • Speaker impedance: 8Ω ±15%
  • Microphone impedance: 2.2kΩ
  • Audio input: 100mW
  • Cable length: approximately 1m
  • Colour: Grey & Orange

 

Compatible with

Compatible with selected Baofeng radios using the 2-pin K-type connector, including UV-82, UV-82L, UV-82HP, UV-8D and GT-5. On radios without dual-PTT functionality, the additional PTT button may not provide its separate function.