Viasat has made significant advancements with the launch of its next-generation satellite, the ViaSat-3 Flight 2 (F2). This satellite is designed to double the bandwidth capacity of Viasat’s entire fleet. Not only does it offer increased capacity, but it also features advanced dynamic beam-forming capabilities. This technology allows the satellite to direct its Ka-band capacity to areas where demand is high, such as busy airports during peak times.
This flexibility is tailored to meet the needs of industries like mobility, logistics, and defense, which require adaptable bandwidth distribution. Mark Dankberg, Chairman and CEO of Viasat, highlighted the benefits of these capabilities, saying they allow bandwidth deployment to high-demand areas, scaling performance, and serving a higher density of users.
Simultaneously, Viasat is committed to demonstrating network resilience. The company tested its HaloNet data relay service, flying onboard Blue Origin’s New Glenn rocket. This service aims to prevent communication blackouts that occur when a launch vehicle moves out of a ground station’s range. Using its global L-band satellite network, Viasat ensured a real-time data connection, relaying flight data back to the operations center.
John Reeves, VP of Space and Mission Systems for Viasat Government, expressed satisfaction with the demonstration, noting its role in supporting launch telemetry for NASA. By replacing NASA’s legacy systems with commercial tech, Viasat showcases the strength of its infrastructure. This success builds confidence in its network for critical operations, such as defense communications and remote control of assets.
With these innovations, Viasat positions itself as a leader in the enterprise satellite market. The company moves beyond traditional metrics, setting new benchmarks with flexible scaling and proven network resilience. Such developments mark a turning point for enterprises evaluating satellite service providers, prioritizing solutions that offer both adaptability and reliability.
