SpaceX has fundamentally changed the economics and pace of space access. In 2025, the company launched 134 rockets — more than one every three days, from two pads in Florida and one in California. There is no other entity in history, public or private, that has launched as many orbital missions in a single year. The question for anyone following spaceflight is no longer if there will be a SpaceX launch this week, but when and where to watch it.
This guide covers everything about the SpaceX launch schedule: how to read it, what to expect from Falcon 9, Starship, and Falcon Heavy in 2026, and how SatFleet Live shows every upcoming launch on the map — with a live LIVE badge the moment the rocket goes to the pad.
What Is the SpaceX Launch Schedule?
The SpaceX launch schedule is a continuously updated list of upcoming missions across all three of the company's active vehicles: Falcon 9, Falcon Heavy, and Starship. Unlike the era of expendable rockets — when a single launch might take two years of preparation and cost half a billion dollars — SpaceX's reusable boosters mean missions can be stacked close together and dates can shift on short notice.
Launch windows are typically announced a few days to a few weeks in advance, though major milestones like Starship test flights or NASA crewed missions are often known months ahead. Dates carry different confidence levels: a GO status means the mission is approved and the vehicle is being prepared; TBC (To Be Confirmed) means the window is provisional; and TBD (To Be Determined) means the schedule is still being worked.
SatFleet Live's launch data is sourced from the Launch Library 2 API (The Space Devs), which aggregates launch schedules from official sources including SpaceX press kits, NASA Mission Control, and FAA filings. The data refreshes automatically every 15 minutes, with faster updates near launch windows.
SpaceX Launch Cadence in 2026
SpaceX's launch rate has grown every year since 2018. The company crossed the milestone of 100 annual launches in 2023, set a new record of 134 in 2025, and is targeting an even higher cadence in 2026 as both Starlink constellation maintenance and commercial backlog demand increases.
The sheer volume means there is almost always an upcoming SpaceX launch within a few days. When SpaceX is not launching, the odds are that a vehicle is being refuelled or a booster is being inspected at the Landing Zones in Florida or at sea on one of the two drone ships — Of Course I Still Love You (Atlantic) and A Shortfall of Gravitas (Pacific).
Falcon 9 — The World's Most-Flown Orbital Rocket
Falcon 9 is the backbone of SpaceX's operations and, as of early 2026, the most frequently flown orbital rocket in history by a wide margin. It is a two-stage, partially reusable medium-lift launch vehicle powered by nine Merlin engines on the first stage and one vacuum-optimised Merlin on the second stage.
Key specs and performance
| Specification | Falcon 9 Block 5 |
|---|---|
| Height | 70 metres |
| Diameter | 3.7 metres |
| Liftoff thrust | 7,607 kN (≈ 1.7 million lbf) |
| Payload to LEO | 22,800 kg (expendable) / 15,600 kg (reusable) |
| Payload to GTO | 8,300 kg (reusable) |
| First stage reuse | Yes — up to 25+ times on the same booster |
| Landing method | Propulsive vertical landing (RTLS or ASDS) |
| Launch sites | SLC-40 (Cape Canaveral) · SLC-4E (Vandenberg) |
| Total flights (all versions) | 380+ as of early 2026 |
What does a Falcon 9 launch look like?
Liftoff is clean and fast — within two minutes the vehicle has consumed most of its first-stage propellant. At around T+2:30, the first stage separates and begins its return burn. Depending on the mission, the booster either performs a Return to Launch Site (RTLS) manoeuvre back to the Cape — audible as a double sonic boom — or lands on a drone ship several hundred kilometres downrange. The second stage, meanwhile, continues to orbit and deploys the payload 60–90 minutes after launch.
By early 2026, SpaceX had demonstrated booster reuse more than 25 times on a single vehicle — effectively turning a rocket first stage into a commercial airliner-style asset. The economic impact is stark: at roughly $6 million to refurbish versus $60 million to build new, each reuse saves tens of millions of dollars. This is why Falcon 9 can profitably launch at a cadence no other provider has matched.
Starship — The Next Chapter
Starship is the most ambitious rocket programme ever attempted. The system consists of two fully reusable stages: Super Heavy (the booster, with up to 33 Raptor engines) and Ship (the upper stage / spacecraft). Together they stand 121 metres tall — taller than the Saturn V — and generate over 74 meganewtons of thrust at liftoff, making Starship by far the most powerful launch vehicle ever flown.
Starship flight history (key milestones)
Falcon Heavy
Falcon Heavy is SpaceX's heavy-lift rocket, built by strapping two additional Falcon 9 first stages to a modified Falcon 9 core. It launches from LC-39A at Kennedy Space Center — the same pad used by the Saturn V — and can lift up to 63,800 kg to LEO in expendable configuration.
Falcon Heavy flies less frequently than Falcon 9, typically 3–6 times per year, carrying heavier government payloads, deep space probes, and direct-to-geostationary commercial satellites too heavy for Falcon 9. Its most famous launch was the February 2018 test flight carrying Elon Musk's personal Tesla Roadster, which is still in a heliocentric orbit. As of 2026, Falcon Heavy has flown over a dozen missions, all successfully.
How to Watch a SpaceX Launch Live
SpaceX provides free, high-quality webcasts for every launch. Here is exactly how to find and follow them:
Official SpaceX stream
SpaceX broadcasts every mission live on its YouTube channel (youtube.com/spacex) and embedded at spacex.com. Coverage typically begins T-30 minutes before liftoff. The webcast includes live telemetry — speed, altitude, downrange distance — and cameras on the booster, fairing, and second stage.
What to look for during a Falcon 9 launch
How SatFleet Live Tracks SpaceX Launches
SatFleet Live integrates launch schedule data directly into the satellite tracking map, so every upcoming SpaceX mission appears as a rocket icon pinned to its launch pad — alongside the 14,500+ active satellites already tracked on the globe. Here is exactly how it works:
Launch pad markers on the map
When you open SatFleet Live, you will see rocket icons at the SpaceX launch sites: SLC-40 at Cape Canaveral, SLC-4E at Vandenberg, and Starbase in Boca Chica. Each icon uses a SpaceX-specific rocket image and is clickable — tapping or clicking the marker opens a panel showing the mission name, vehicle, launch pad, and a live countdown to T-0.
How rockets are filtered
In the Layers & Filters panel, the Rockets layer can be toggled independently of satellites. You can filter by provider (SpaceX, Rocket Lab, Soyuz, China, Europe, etc.), by time (Today only, Live only), or show all upcoming missions from all operators at once. This means you can focus the map entirely on SpaceX launches this week if that is what you are looking for.
What the LIVE Badge Means on the Map
One of the most useful features of SatFleet Live for following SpaceX launches is the LIVE badge. When a mission transitions from "upcoming" to "in progress", the static rocket icon on the map is replaced by a pulsing red LIVE badge — visible at any zoom level.
How the LIVE status is triggered
The LIVE badge activates under three conditions, whichever comes first:
- The Launch Library API sets webcast_live = true (SpaceX has started streaming)
- The launch status changes to "In Flight"
- The mission was in GO status and T-0 has passed (within a 3-hour grace window)
This triple-trigger approach means the badge fires reliably even if one data source lags. The 3-hour grace window handles real-world scenarios where a launch happens on time but the API status update is slightly delayed.
Once a Starlink batch is deployed, the individual satellites appear on the SatFleet Live map within 24–48 hours as TLE data is published by NORAD. In the days after a fresh launch they are typically bunched together in a tight cluster at ~290 km altitude — the famous Starlink train — before raising their orbits to 550 km over several weeks. You can filter for Starlink in the Layers panel to watch the new batch appear and spread out.
Accessing the launch details page
Clicking any rocket icon — LIVE or upcoming — on the map opens an info panel with mission name, vehicle, pad, and countdown. From there, a direct link takes you to the full launch details page, which includes the mission description, webcast embed, and a "View on map" button that flies the 3D globe directly to the launch pad.