On the morning of April 27, 2026, the ground shook at Kennedy Space Center in Florida as SpaceX’s Falcon Heavy rocket thundered back to life for the first time in eighteen months. Carrying Viasat’s ViaSat-3 F3 satellite, this was no ordinary launch. It was the 12th flight of one of humanity’s most powerful rockets, the completion of a decade-long satellite broadband vision, and a moment that could reshape internet access for billions of people across the Asia-Pacific region — including India.
What Happened Today?
SpaceX’s Falcon Heavy lifted off during an 85-minute launch window opening at 10:21 AM Eastern Time from Launch Complex 39A — the same historic pad that once launched Apollo 11 and the Space Shuttle. The rocket carried the ViaSat-3 F3 satellite, also known as ViaSat-3 APAC, into a geosynchronous transfer orbit. From there, the satellite’s own electric propulsion system will spend several months slowly raising its altitude to geostationary orbit, roughly 22,236 miles above the equator.
After extensive in-orbit testing of both the spacecraft and its communications payload, Viasat expects ViaSat-3 F3 to enter full commercial service by late summer 2026.
One of the most spectacular moments of the mission came minutes after liftoff: the two side boosters of the Falcon Heavy made simultaneous powered landings back at Cape Canaveral Space Force Station — a breathtaking display of engineering that never loses its impact no matter how many times you witness it.
The Falcon Heavy: A Giant Returns
With 5.1 million pounds of thrust generated by 27 Merlin engines across its three cores, the Falcon Heavy is the most powerful operational rocket flying today. Its last mission was in October 2024, carrying a classified national security payload. Since its dramatic debut in February 2018 — when it launched Elon Musk’s own Tesla Roadster toward Mars — Falcon Heavy has carried everything from US military satellites to commercial broadband payloads.
For this mission, Falcon Heavy’s raw power was essential. Launching on a Falcon Heavy reduces time to orbit by delivering the satellite to a more favorable transfer orbit, where the satellite’s electric propulsion takes over to place ViaSat-3 F3 in geostationary orbit. Viasat In practical terms, this means a shorter journey, faster service entry, and ultimately a quicker payoff for Viasat and its customers.
The ViaSat-3 Story: A Decade in the Making
To understand why today’s launch matters, you need to go back to 2015, when Viasat first announced the ViaSat-3 programme. The idea was audacious: build three ultra-high-capacity geostationary satellites — one for the Americas, one for Europe, the Middle East, and Africa, and one for the Asia-Pacific — each capable of delivering over 1 terabit per second of internet throughput. The satellites are intended to provide broadband connectivity with speeds of 100-plus megabits per second to homes, businesses, commercial aircraft, government and defense markets, and maritime enterprises across the Americas, Europe, the Middle East, Africa, and Asia-Pacific. Wikipedia
The first satellite, ViaSat-3 F1, launched on a Falcon Heavy in May 2023. It reached orbit — but suffered a serious antenna deployment anomaly that reduced its throughput to roughly 10% of design capacity. Viasat filed a $420 million insurance claim and pressed on, and F1 eventually entered commercial service in 2024, primarily serving airline passengers with in-flight Wi-Fi.
ViaSat-3 F2 launched in November 2025 Koranmanado on an Atlas V rocket and is currently completing in-orbit testing, with commercial service over the Americas expected by May 2026.
Today, F3 closes the loop. Once the F3 satellite enters service by late summer 2026, the ViaSat-3 constellation will be complete, offering a unified network that spans the Americas, Europe, and Asia-Pacific. Ainvest
Why ViaSat-3 F3 Is Significant
Closing the Asia-Pacific Connectivity Gap
The Asia-Pacific region is home to over four billion people — more than half of humanity — yet vast portions of it remain poorly connected. Remote Pacific islands, rural communities across South and Southeast Asia, and the enormous maritime corridors of the Indian and Pacific Oceans all lack the terrestrial fibre infrastructure that cities take for granted.
ViaSat-3 F3 aims to address connectivity gaps in densely populated urban centres and isolated locations alike, with a throughput capacity exceeding 1 Tbps tailored to fuel expansion in rapidly developing markets such as India and Southeast Asia, where surging demand for data-intensive services is evident. Grokipedia
For India specifically — the world’s most populous country and one of its fastest-growing digital economies — satellite broadband from ViaSat-3 F3 can reach schools, clinics, and small businesses in areas where fibre networks and 5G simply haven’t arrived yet.
Aviation, Maritime, and Defence
Airlines flying Asia-Pacific routes — among the world’s longest and busiest — will gain access to high-bandwidth satellite connectivity for passenger Wi-Fi. Ships crossing the Pacific and Indian Oceans, from container vessels to cruise liners, will benefit similarly. The ViaSat-3 satellites are designed to rapidly shift capacity throughout their coverage area to deliver bandwidth where and when it’s needed most — critical for commercial mobility and defence customers where high-demand hotspots can change over the course of a day. Viasat
ViaSat-3 F3 will also introduce new functional capabilities including new forms of resilience for US and international government customers GlobeNewswire, making the completed constellation increasingly relevant for secure defence communications across the region.
The Bigger Picture
Today’s launch happens in a competitive landscape that looks very different from 2015. SpaceX’s Starlink constellation and Amazon’s Project Kuiper are aggressively deploying low Earth orbit satellites offering low-latency broadband. Viasat’s answer is a different strategy: ultra-high-capacity geostationary satellites that concentrate enormous bandwidth over specific regions and serve mobility markets with reliability that LEO constellations are still proving.
ViaSat-3 F3 will substantially increase capacity that is secure, reliable and highly flexible for customers operating in the Asia-Pacific while delivering greater bandwidth economics. Viasat
Whether this bet pays off will depend on F3’s performance in orbit, on the lessons Viasat has applied after F1’s antenna failure, and on how quickly the global appetite for satellite broadband grows. But one thing is certain: as Falcon Heavy’s engines fell silent today and the satellite sailed into the black, a ten-year vision finally became whole.