Item Details:
ChatterBox X2 Slim-p GMRS/FRS Helmet Communicator
The X2 Slim-p GMRS/FRS radio helmet communicator allows seamless communication among an unlimited number of riders within a 5-mile radius. You can even connect with a GMRS/FRS campsite Walkie Talkie. With Bluetooth technology, the X2 Slim-p can easily pair with your smartphone and other devices for calls, music, and GPS navigation. Designed for convenience, it features a user-friendly single control knob that can be operated even with gloves on. The wireless PTT button allows you to communicate when needed, while enjoying complete silence when not in use. Each unit is equipped with cutting-edge Chatterbox headset technology, including high-fidelity speakers and noise-canceling microphones. Powered by a built-in rechargeable Li-ion battery, the X2 Slim-p provides up to 8-10 hours of usage and 20 hours of standby time. Whether you're riding in canyons, trails, forests, mountains, dunes, highways, cities, or anywhere else, the X2 Slim-p is the perfect companion for your adventures.
Main features:
· Range of up to 5 miles (7 kilometers)
· Unlimited # of Riders communicate via GMRS/FRS radio (no phone needed)
· No pairing & Re-pairing needed to communicate with other X2 Slim-p/X2/X1 riders
· 8 Hours of Talk Time / 20 Hours Standby
· Bluetooth v4.1 connection for solo rider (GPS, Music, Phone)
· Can communicate with any GMRS/FRS band campsite "walkie-talkie"
· FM Radio
· HD quality sound
· Usable during charging
· Easy cradle install
· Water resistant (IP-54)
Technical characteristics:
| Frequency range: |
462.550 - 467.7125 MHz |
| Channels: |
RF 22 Channels, 38 Sub Channels (CTCSS) |
| Channel spacing: |
12.5 kHz |
| Power output: |
0.5 W |
| Battery pack: |
3.7V Li-Ion |
| Audio output: |
more than 100mW |
| Dimensions: |
51 (H) x 99 (W) x 21 (D) mm |
| Weight: |
3.2 oz / 91 g (with battery) |
Maxon data telemetery two way radio utilize the latest technology in its
design and manufacturing. Ideal for any system design where high performance RF specifications, fast TX/RX attack times, and compact size are a requirement. High specifications permit integration into systems demanding the utmost performance in congested frequency environments.
