T-Mobile announced that Battle Motors has selected the Un-carrier as the preferred provider of IoT connectivity and management for thousands of new Battle Motors battery electric trucks rolling off the Ohio-based production line. And these trucks are getting smarter, due to Battle Motors' all new factory installed RevolutionOS™ EV software. Battle Motors Picks T-Mobile to Connect New RevolutionOS™ EV Software for Trucks.

IoT connectivity and management powers heavy-duty technology to electrify the commercial truck industry. Like consumer automotive, the commercial truck industry is moving swiftly to embrace EV technology — and Battle Motors is no exception. Their RevolutionOS™, powered by T-Mobile's nationwide network, delivers actionable data and information to drivers and fleet managers that they can use to enhance efficiency, safety, and security.

As part of this long-term agreement, T-Mobile for Business will deliver 4G LTE connectivity to Battle Motors trucks for near real-time sharing of battery range and usage information, historic and near real-time location and trip data, timely preventative maintenance warnings, over-the-air software, and firmware updates — as well as the truck's full bill of materials, such as VIN-specific information, parts, and manuals. Additionally, T-Mobile Control Center will give Battle Motors the ability to view and manage the connectivity of their trucks. With the automation and provisioning capabilities of T-Mobile's IoT platform, Battle Motors can easily accelerate deployment of their growing line of trucks.

Battle Motors will have near real-time visibility to all their commercial trucks with the ability to monitor network conditions and device behavior with T-Mobile Control Center. In the near future, Battle Motors expects to leverage the Un-carrier's 5G network to meet industrial-sized challenges for years to come as their trucks' capabilities advance and the demands on connectivity increase. T-Mobile is poised to push IoT to its full potential and catapult adoption — paving the way for new electric vehicle applications that rely on low-latency, high-speed data, and real-time location and proximity-based services.