UV-S9 Dual-Band Handheld Walkie-Talkie, 10W, Amateur Radio, 2 Antennas, 10km Range, VOX Function, 128 Channels, Yellow

Overview: The UV-S9 dual-band handheld walkie-talkie is an ideal tool for amateur radio operators, offering a range of up to 10 km. Equipped with two antennas and a powerful 2800 mAh lithium battery, this device is perfect for outdoor activities such as hiking or cycling. Its VOX function allows for hands-free communication, making it easy to use in various situations. Technical Specifications Frequency Range: 136-174 MHz, 200-225 MHz, 400-520 MHz Memory Channels: Up to 128 channels Frequency Stability: 2.5 ppm Frequency Steps: 2.5/5/6.25/10/12.5/25 kHz Antenna Impedance: 50 ohms Operating Temperature: -20 °C to 60 °C Supply Voltage: 7.4 V, rechargeable Li-ion battery Standby Current Consumption: ±75 mA Receive Current Consumption: 380 mA Transmit Current Consumption: ±1.4 A Operating Mode: Simplex or Half-duplex RF Power: 8 W/1 W Emission Class: 16 K×F3E/11 K×F3E (W/N) Maximum Deviation: ≤ 5 kHz/≤ 2.5 kHz (W/N) Spurious emissions: <-60 dB Receiver sensitivity: 0.2 µV (at 12 dB SINAD) Intermodulation: 60 dB Audio output power: 1000 mW Adjacent channel selectivity: 65/60 dB Product dimensions: 110 × 58 × 32 mm (4.33 × 2.28 × 1.26 in) Item weight: 130 g (4.59 oz) Compatibility and accessories: 1 UV-S9 III walkie-talkie, 1 battery, 1 AC adapter, 2 antennas, 1 wrist strap Installation: No specific installation information is provided, but the buttons are intuitive and allow for quick volume adjustment and activation of the LED flashlight. Use: The UV-S9 is ideal for outdoor activities and situations requiring long-range communication. The VOX function allows you to talk without pressing the PTT button, making it easier to use while performing other tasks. Other information: This walkie-talkie is equipped with a Class 9 silencer that adjusts the background noise reduction level, ensuring clear and crisp sound. In addition, its LED display shows useful information such as the operating channel, frequency, and signal strength.