Boeing-built spacecraft deployed aboard SpaceX Falcon Heavy to expand connectivity across Asia-Pacific
KENNEDY SPACE CENTER, Fla., April 29, 2026 — Boeing has successfully launched the ViaSat-3 F3 (VS-3 F3) satellite from Kennedy Space Center aboard a SpaceX Falcon Heavy rocket. The satellite is designed to deliver high-capacity broadband connectivity and support defense-related communications across the Asia-Pacific region.
Boeing mission controllers confirmed that the VS-3 F3 satellite is operating nominally in orbit following its successful launch. The spacecraft separated from the rocket approximately five hours after liftoff. After signal acquisition by Boeing’s Mission Control team in El Segundo, California, engineers established full command capability and initiated spacecraft activation procedures.
The VS-3 F3 satellite is the third spacecraft in the ViaSat-3 constellation, underscoring Boeing’s continued success in manufacturing advanced commercial satellites using its high-performance 702MP+ platform. The platform supports Viasat’s flexible, ultra-high-capacity payload designed to meet increasing global connectivity demands.
“The launch of ViaSat-3 F3 marks a significant milestone in our partnership with Viasat,” said Ryan Reid, President of Boeing Satellite Systems International. “By combining Boeing’s industry-leading satellite platform with Viasat’s innovative payload technology, we are delivering one of the highest-capacity communication satellites ever deployed. This mission reinforces our commitment to advancing global connectivity.”
The satellite leverages Boeing’s 702MP+ platform, part of the proven 702 family, engineered to support complex and demanding payloads. It features enhanced structural integrity, power generation, thermal management, and attitude control systems to meet mission requirements.
“ViaSat-3 F3 represents a critical step toward building a truly global, high-capacity network,” said Dave Abrahamian, Vice President of Space Systems at Viasat. “Boeing’s execution brings us closer to delivering seamless connectivity where it matters most for our customers.”
Boeing’s tailored 702MP+ platform powers Viasat’s flexible payload, enabling efficient bandwidth allocation and enhanced performance across commercial mobility, fixed broadband, and defense applications.
Following initial spacecraft activation, Boeing mission controllers will begin orbit-raising operations by deploying solar arrays manufactured by Spectrolab, along with a radiator panel to support the satellite’s electric propulsion system. This advanced propulsion technology allows the satellite to reach geostationary orbit with greater fuel efficiency compared to conventional chemical propulsion, helping extend its operational lifespan.
Upon reaching geostationary orbit, the satellite will undergo comprehensive on-orbit testing before being handed over to Viasat for commercial service deployment.
