The most important upgrade is the use of wireless 5G-connected roaming cameras and drones around the circuit, particularly near the T-Mobile Zone at Sphere. T-Mobile says it will support more than 20 connected devices using its 5G on Demand and network-slicing technology, allowing broadcast crews to place cameras in locations where conventional cables and production vehicles cannot easily reach.

That matters because Las Vegas is not a permanent racing facility. The circuit runs through public streets, intersections and densely built areas of the Strip, making traditional wired camera installations expensive, slow and sometimes impractical. A wireless setup gives F1’s production team greater freedom to reposition cameras, capture elevated drone footage and follow the action from angles that would otherwise be impossible during a three-day race weekend.

The technical foundation behind this is network slicing. Rather than treating all data traffic equally, T-Mobile can dedicate portions of its 5G capacity to broadcast production, ensuring camera feeds receive the bandwidth and reliability needed for live television. This is especially important in Las Vegas, where hundreds of thousands of fans, staff, vendors and media personnel compete for connectivity across a compact urban footprint.

For viewers, the result should be more dynamic coverage. Roaming cameras can deliver trackside perspectives from zones around the Sphere, while drones can provide sweeping aerial views of the illuminated street circuit. T-Mobile says select fan footage will also be integrated directly into F1’s global broadcast, giving audiences a more immersive sense of the atmosphere beyond the racing itself.

The broadcast upgrade is only one part of the announcement. T-Mobile will also operate an evolved Smart Operations Command Center, combining crowd-density data, pedestrian flow, food-and-beverage queue management and transport tracking into a single real-time 3D view of the venue. Event organisers can use that information to identify bottlenecks early, redirect crowds and respond more quickly to operational issues.

This kind of technology could become increasingly valuable as F1 expands its street-circuit calendar. Unlike traditional circuits, temporary venues cannot simply install permanent broadcast infrastructure year after year. Wireless 5G systems offer a scalable alternative, allowing organisers to deploy high-quality coverage without rebuilding the entire production setup for every event.

T-Mobile’s involvement in Las Vegas has evolved considerably since the inaugural Grand Prix in 2023. The company initially focused on core connectivity, ticketing and point-of-sale systems, but its role has expanded into broadcast innovation, drone coverage, mission-critical communications and operational analytics.

The scale of the network is also increasing. For the 2025 race, T-Mobile deployed more than 120 5G radios and 745 MHz of spectrum. For 2026, the company says its design will expand to 152 5G radios and 845 MHz of spectrum, including additional millimetre-wave capacity in major seating areas.

That capacity is not just for television cameras. Last year’s event supported 233,000 peak concurrent users, 45,000 voice calls and 52 terabytes of data across a weekend attendance of more than 300,000 people. T-Mobile also used a dedicated network slice to keep more than 300 payment terminals functioning smoothly, reducing congestion around food, beverage and merchandise outlets.

The broader significance is that F1 is treating connectivity as part of the race product. Faster replays, new onboard perspectives, aerial shots and fan-generated footage can make a night race feel less like a traditional broadcast and more like a live, multi-angle experience. For a sport trying to grow its digital audience, that matters as much as the racing itself.

The Las Vegas Grand Prix will test whether wireless 5G production can consistently deliver broadcast-grade reliability in one of the world’s most demanding live-event environments. If it works as planned, the technology could become a blueprint for future street races, changing not only how F1 is filmed but how major sporting events are produced, managed and experienced.