Milennia MIL-RF9BL Wireless Remote w/RXUART Receiver f/Use w/INFPRV250 & MIL-PRV22

The Milennia MIL-RF9BL Wireless Remote with RXUART Receiver is purpose-built for tactical and marine environments where reliable remote control of audio systems is mission-critical. Designed for integration with Milennia, Infinity, and JBL remote-ready marine stereos—specifically the INFPRV250 and MIL-PRV22 models—this RF wireless system eliminates the need for hardwired control lines in vehicle cabins, command centers, or fieldcraft installations. Law enforcement and military personnel benefit from the independence and flexibility this remote solution provides, particularly in mobile operations where cable routing complicates installation or creates electromagnetic interference.

RF (radio frequency) technology operates without line-of-sight requirements, meaning the remote functions through walls, cabinets, and obstacles—a critical advantage in confined vehicle compartments or tactical command vehicles where operator position changes dynamically. The RXUART receiver module integrates directly with compatible stereo models via UART serial protocol, ensuring robust data transmission with minimal latency and no signal dropout in high-noise RF environments. At just 0.3 lbs and measuring 3 x 2 x 5 inches, the compact form factor installs easily in dash panels, overhead mounting brackets, or equipment racks without adding significant weight or footprint to the installation.

This remote control system delivers real value for mobile platforms—patrol vehicles, rapid response units, marine command vessels, and tactical operation centers—where crew members require hands-free, distraction-free audio and communications control. Compatibility is strictly limited to INFPRV250 and MIL-PRV22 stereo models; verify your receiver's model number before ordering to ensure proper UART receiver pairing. Installation requires no special tools, making field retrofit straightforward for technicians already familiar with automotive or marine audio integration protocols.