Retevis RB48P 5W Long Range Walkie Talkies(2 Pack), Bundle with HA1G GMRS Two Way Radio with Speaker Microphone(1 Pack), IP67 Waterproof, NOAA, USB-C, Emergency 2 Way Radios, for Off-Roading

Ailunce HA1G GMRS radio features IP67, allowing you to operation normally in rainy or humid environments, waterproof two way radio suitable for fishing hiking boating offroading camping. 2800mAh rechargeable battery can meet your long time use without frequent charging. GMRS radio handheld with USB-C charging interface, support type-C charging and desktop charger charging, a variety of charging methods for you to choose. Three modes of microphone gain and 0-9 levels of squelch allow you to keep clear calls in noisy environments. The weather warning function will broadcast severe weather conditions to you in advance to facilitate your travel. 1.77-inch color display with adjustable brightness can be adjusted so that you can see the information on the screen clearly outdoors or indoors.More function: gmrs radio, durable and rugged radio, dual band reception, FM radio, emergency alarm, VOX, CTCSS/DCS, DTMF, splitting CTCSS/DCS tone, BCL, backlight keypad and etc..

• NO LOW BATTERY WORRY - 2000 mAh battery provides 18-hour use time and 100-hour long standby; which helps you keep your friends or family connected all day
• CONQUER EVERY ADVENTURE - with IP67 waterproof and 0.1μm dustproof; 2-meter fall-proof; PC and TPE material; emergency walkie talkie easily copes with heavy rain and sandstorm weather
• Easy to use;HA1G gmrs handheld radio supports VFO mode;comes with cable; simple to set up; side button can be set as sub-PTT button;one button communication is realized; it meets the needs of fast communication during off-road
• Equipped with a microphone with speaker;used in conjunction with the VOX function;you can communicate directly through the microphone on the shoulder without pressing the PTT button
• Clear sound;The HA1G gmrs radio has a squelch function and microphone gain to improve sound quality;enable clear communication in noisy environments