Drive Reach RV is weBoost’s most powerful in-vehicle cell phone signal booster designed for RV, Campers, Motorhomes, and more. It gives you the freedom to stay connected with the strongest cell coverage imaginable — wherever the road takes you. With 29.5 dBm uplink power, to 5 dBm downlink power, and up to 50 dB max gain, you will get up to 74% farther range on the road than the weBoost Drive X — even in remote areas and rural towns. Installation is easy. The weBoost Drive Reach RV is compatible with all U.S. carriers and networks such as Verizon, AT&T, T-Mobile, and U.S. Cellular. The hassle-free installation doesn’t require any tools and only takes minutes with easy-to-follow instructions. Drive with fewer dropped calls, faster mobile internet, and greater hotspot capability with the weBoost Drive Reach RV vehicle cell phone signal booster. Professionally inspected and refurbished by weBoost, these kits are just like new and come with a full 1 Year Manufacturer warranty with all genuine components. Same great quality with a piece of mind!
MANUFACTURER REFURBISHED: Certified refurbished complete kit, tested to work properly. Backed by full 1-Year Manufacturer Warranty and 30-day money-back guarantee by weBoost. Packaging may vary.
TOOL-FREE INSTALLATION — Drive Reach RV is designed for intuitive, DIY installation aided by step-by-step videos and instructions through our weBoost App.
CARRIER COMPATIBILITY — Drive Reach RV works with all U.S. carriers including Verizon, AT&T, T-Mobile, Straight Talk, and U.S. Cellular as well as all phones and cellular-connected devices.
DESIGNED AND ASSEMBLED IN USA: Drive Reach RV is proudly designed in assembled in USA. Backed by US based customer service and tech support through our app, chat, phone, or email.
FCC APPROVED — Delivering the maximum signal strength of 50 dB max gain, Drive Reach OTR is compliant with the requirements of the standards applied. FCC certification number: PWO460061. Approved to operate on frequency bands 12/17, 13, 5, 4, 25/2, without interrupting or harming any cell carriers’ signals to and from the cell tower.
