Launch details
Launch details
SpaceX
Commercial • USA
Launch Complex 39A
Kennedy Space Center
Mar 31 at 09:46pm
Launchpad time•-0500
Apr 01 at 01:46am
Your local time•+0000
Current status
Launch Successful
Falcon 9 Block 5
Launch vehicle
Fram2
Mission
28.6082
Latitude
-80.6043
Longitude
Get notification
24 hours before launch
Get notification
1 hour before launch
Note: For all launches the scheduled launch dates and times are subject to change due to weather, equipment, crew and other factors.
Mission description
Fram2 is the world’s first astronaut mission to polar orbit. Named after the Norwegian polar research ship Fram, the Crew Dragon spacecraft will launch into a 90° circular orbit from Florida, making it the first human spaceflight to fly over Earth’s polar regions from low-Earth orbit. A cupola will be installed on the Dragon spacecraft to allow for Earth observation from at an altitude of 425 – 450 km. During the 3-to-5-day mission, the crew will study green fragments and mauve ribbons of continuous emissions comparable to the phenomenon known as STEVE (Strong Thermal Emission Velocity Enhancement), persistently measured at an altitude of approximately 400 - 500 km above Earth’s atmosphere, among other studies. The crew will also work with SpaceX to conduct a variety of research to better understand the effects of spaceflight on the human body, which includes capturing the first human x-ray images in space, Just-in-Time training tools, and studying the effects of spaceflight on behavioural health. Chun Wang, an entrepreneur and explorer who co-founded f2pool and stakefish, serves as the mission commander. The vehicle commander will be Jannicke Mikkelsen, a film director, and cinematographer. The vehicle pilot will be Eric Philips, a professional polar adventurer and guide who has completed ski expeditions to the North and South Poles. The final crew member will be mission specialist Rabea Rogge, a robotics researcher from Berlin, currently pursuing her PhD in Norway.
— Fram2
Livestream
Attending a launch in person
TLDR: Best viewing location depends on which launchpad you're there to see, scroll below for more details. I've listed only the currently active pads. This list covers both Kennedy Space Center and Cape Canaveral.
Kennedy Space Center has three official viewing locations, all bookable on their website.
Visitor Complex: The cheapest ticket, general admission will cost you $50. That gets you about 11.5 kilometers from all launchpads. It's ok but not great since direct line of sight to the launchpads is obscured by trees. Essentially you watch the jumbotron until ignition and then look up once the rocket clears the treeline.
LC-39 Observation Gantry: The closest official location to all the launchpads, from about 3.5 kilometers to LC-41 up to 9 kilometers to LC-37. Tickets will cost you $70 on top of the general admission price above. This building is closed to the public for launches on pad 39 since it's too near the launchpad.
Banana Creek at Apollo/Saturn V Center: Best view if you can't get tickets to the gantry. It's next to the Apollo/Saturn V Center and distances range from 6.5 kilometers to LC-39 up to 13 kilometers from LC-39. Access is via their $250 per person package. It's a hefty price tag but worth it for the good angle. This is the view seen in the video at the top of the guide.
Once in a blue moon they'll open up a VIP or personnel viewing area to the general public. I don't know what triggers this but when it happens the tickets go up on their website just like the other locations. This could be the East NASA Causeway or the holy grail, the ITL Causeway. If you see these take them, you'll get a better view there than anywhere else.
All options (except the causeways) have a jumbotron and live commentary. Tickets can in theory be purchased on the day but will be sold out well before launch. The gantry in particular will sell out within a few hours.
There are also good views from public locations near the launch site.
Playalinda Beach: For LC-39A since the gantry is closed this is closer than any official location at 5 kilometers. For LC-39B the beach will always be closed since it's too close. For all other pads it's the best public spot. Unfortunately it's often closed without warning on launch day at the agency's discretion. Normal hours are 6am to 8pm. Note that parking at the first lot will likely fill up but if you keep driving north there are additional lots. Just a word of warning at the northern-most section it becomes a nudist beach ("pier 13", near the 13th parking lot).
The view in the photo at the very top of this guide is Playalinda Beach.
Max Brewer Bridge: About 18 kilometers away from LC-39 and a bit more from the others. A slightly better view of the northern launchpads than the visitors complex. When Playalinda Beach is closed this is probably your best bet for a free and public viewing spot.
KARS Park: This is a NASA-owned park on Merritt Island that has recently (late 2023) begun allowing non-NASA visitors in on launch day for $5. This has good views of all the launchpads except LC-39. If this spot gets too popular I suspect they will again restrict it to employees only so I will not recommend it but you can check their facebook for more.
Note: You may hear some conflicting information from previous attendees about Port Canaveral being the best public location. The spot that they're referring to (the bleachers on route 401) was closed to the public in 2023 due to traffic concerns.
How to get there
Your best option is Orlando International Airport. Melbourne Airport is closer but flights there are limited and often more expensive.
Rental car is easiest since there is no direct public transport to the center. From Orlando International Airport expect a roughly 60-75 minute drive, depending on traffic.
Private shuttle companies run direct round-trip services to the center for approximately $90, or you can take a public bus to Cocoa Beach and an uber or taxi the rest of the way.
Accomodation
Nearby parking
Agency details
SpaceX is a private aerospace manufacturer and space transportation company founded by Elon Musk. It aims to reduce space travel costs and enable Mars colonization. Known for the Falcon and Starship rockets, SpaceX has achieved milestones like reusable rocket landings, Dragon spacecraft missions to the ISS, and the first private crewed spaceflight.
More details
Note: For all launches the scheduled launch dates and times are subject to change due to weather, equipment, crew and other factors.
Mission description
Fram2 is the world’s first astronaut mission to polar orbit. Named after the Norwegian polar research ship Fram, the Crew Dragon spacecraft will launch into a 90° circular orbit from Florida, making it the first human spaceflight to fly over Earth’s polar regions from low-Earth orbit. A cupola will be installed on the Dragon spacecraft to allow for Earth observation from at an altitude of 425 – 450 km. During the 3-to-5-day mission, the crew will study green fragments and mauve ribbons of continuous emissions comparable to the phenomenon known as STEVE (Strong Thermal Emission Velocity Enhancement), persistently measured at an altitude of approximately 400 - 500 km above Earth’s atmosphere, among other studies. The crew will also work with SpaceX to conduct a variety of research to better understand the effects of spaceflight on the human body, which includes capturing the first human x-ray images in space, Just-in-Time training tools, and studying the effects of spaceflight on behavioural health. Chun Wang, an entrepreneur and explorer who co-founded f2pool and stakefish, serves as the mission commander. The vehicle commander will be Jannicke Mikkelsen, a film director, and cinematographer. The vehicle pilot will be Eric Philips, a professional polar adventurer and guide who has completed ski expeditions to the North and South Poles. The final crew member will be mission specialist Rabea Rogge, a robotics researcher from Berlin, currently pursuing her PhD in Norway.
— Fram2
Attending a launch in person
TLDR: Best viewing location depends on which launchpad you're there to see, scroll below for more details. I've listed only the currently active pads. This list covers both Kennedy Space Center and Cape Canaveral.
Kennedy Space Center has three official viewing locations, all bookable on their website.
Visitor Complex: The cheapest ticket, general admission will cost you $50. That gets you about 11.5 kilometers from all launchpads. It's ok but not great since direct line of sight to the launchpads is obscured by trees. Essentially you watch the jumbotron until ignition and then look up once the rocket clears the treeline.
LC-39 Observation Gantry: The closest official location to all the launchpads, from about 3.5 kilometers to LC-41 up to 9 kilometers to LC-37. Tickets will cost you $70 on top of the general admission price above. This building is closed to the public for launches on pad 39 since it's too near the launchpad.
Banana Creek at Apollo/Saturn V Center: Best view if you can't get tickets to the gantry. It's next to the Apollo/Saturn V Center and distances range from 6.5 kilometers to LC-39 up to 13 kilometers from LC-39. Access is via their $250 per person package. It's a hefty price tag but worth it for the good angle. This is the view seen in the video at the top of the guide.
Once in a blue moon they'll open up a VIP or personnel viewing area to the general public. I don't know what triggers this but when it happens the tickets go up on their website just like the other locations. This could be the East NASA Causeway or the holy grail, the ITL Causeway. If you see these take them, you'll get a better view there than anywhere else.
All options (except the causeways) have a jumbotron and live commentary. Tickets can in theory be purchased on the day but will be sold out well before launch. The gantry in particular will sell out within a few hours.
There are also good views from public locations near the launch site.
Playalinda Beach: For LC-39A since the gantry is closed this is closer than any official location at 5 kilometers. For LC-39B the beach will always be closed since it's too close. For all other pads it's the best public spot. Unfortunately it's often closed without warning on launch day at the agency's discretion. Normal hours are 6am to 8pm. Note that parking at the first lot will likely fill up but if you keep driving north there are additional lots. Just a word of warning at the northern-most section it becomes a nudist beach ("pier 13", near the 13th parking lot).
The view in the photo at the very top of this guide is Playalinda Beach.
Max Brewer Bridge: About 18 kilometers away from LC-39 and a bit more from the others. A slightly better view of the northern launchpads than the visitors complex. When Playalinda Beach is closed this is probably your best bet for a free and public viewing spot.
KARS Park: This is a NASA-owned park on Merritt Island that has recently (late 2023) begun allowing non-NASA visitors in on launch day for $5. This has good views of all the launchpads except LC-39. If this spot gets too popular I suspect they will again restrict it to employees only so I will not recommend it but you can check their facebook for more.
Note: You may hear some conflicting information from previous attendees about Port Canaveral being the best public location. The spot that they're referring to (the bleachers on route 401) was closed to the public in 2023 due to traffic concerns.
How to get there
Your best option is Orlando International Airport. Melbourne Airport is closer but flights there are limited and often more expensive.
Rental car is easiest since there is no direct public transport to the center. From Orlando International Airport expect a roughly 60-75 minute drive, depending on traffic.
Private shuttle companies run direct round-trip services to the center for approximately $90, or you can take a public bus to Cocoa Beach and an uber or taxi the rest of the way.
Accomodation
Nearby parking
Agency details
SpaceX is a private aerospace manufacturer and space transportation company founded by Elon Musk. It aims to reduce space travel costs and enable Mars colonization. Known for the Falcon and Starship rockets, SpaceX has achieved milestones like reusable rocket landings, Dragon spacecraft missions to the ISS, and the first private crewed spaceflight.
Livestream links
More details
Note: For all launches the scheduled launch dates and times are subject to change due to weather, equipment, crew and other factors.
Mission description
Fram2 is the world’s first astronaut mission to polar orbit. Named after the Norwegian polar research ship Fram, the Crew Dragon spacecraft will launch into a 90° circular orbit from Florida, making it the first human spaceflight to fly over Earth’s polar regions from low-Earth orbit. A cupola will be installed on the Dragon spacecraft to allow for Earth observation from at an altitude of 425 – 450 km. During the 3-to-5-day mission, the crew will study green fragments and mauve ribbons of continuous emissions comparable to the phenomenon known as STEVE (Strong Thermal Emission Velocity Enhancement), persistently measured at an altitude of approximately 400 - 500 km above Earth’s atmosphere, among other studies. The crew will also work with SpaceX to conduct a variety of research to better understand the effects of spaceflight on the human body, which includes capturing the first human x-ray images in space, Just-in-Time training tools, and studying the effects of spaceflight on behavioural health. Chun Wang, an entrepreneur and explorer who co-founded f2pool and stakefish, serves as the mission commander. The vehicle commander will be Jannicke Mikkelsen, a film director, and cinematographer. The vehicle pilot will be Eric Philips, a professional polar adventurer and guide who has completed ski expeditions to the North and South Poles. The final crew member will be mission specialist Rabea Rogge, a robotics researcher from Berlin, currently pursuing her PhD in Norway.
— Fram2
Attending a launch in person
TLDR: Best viewing location depends on which launchpad you're there to see, scroll below for more details. I've listed only the currently active pads. This list covers both Kennedy Space Center and Cape Canaveral.
Kennedy Space Center has three official viewing locations, all bookable on their website.
Visitor Complex: The cheapest ticket, general admission will cost you $50. That gets you about 11.5 kilometers from all launchpads. It's ok but not great since direct line of sight to the launchpads is obscured by trees. Essentially you watch the jumbotron until ignition and then look up once the rocket clears the treeline.
LC-39 Observation Gantry: The closest official location to all the launchpads, from about 3.5 kilometers to LC-41 up to 9 kilometers to LC-37. Tickets will cost you $70 on top of the general admission price above. This building is closed to the public for launches on pad 39 since it's too near the launchpad.
Banana Creek at Apollo/Saturn V Center: Best view if you can't get tickets to the gantry. It's next to the Apollo/Saturn V Center and distances range from 6.5 kilometers to LC-39 up to 13 kilometers from LC-39. Access is via their $250 per person package. It's a hefty price tag but worth it for the good angle. This is the view seen in the video at the top of the guide.
Once in a blue moon they'll open up a VIP or personnel viewing area to the general public. I don't know what triggers this but when it happens the tickets go up on their website just like the other locations. This could be the East NASA Causeway or the holy grail, the ITL Causeway. If you see these take them, you'll get a better view there than anywhere else.
All options (except the causeways) have a jumbotron and live commentary. Tickets can in theory be purchased on the day but will be sold out well before launch. The gantry in particular will sell out within a few hours.
There are also good views from public locations near the launch site.
Playalinda Beach: For LC-39A since the gantry is closed this is closer than any official location at 5 kilometers. For LC-39B the beach will always be closed since it's too close. For all other pads it's the best public spot. Unfortunately it's often closed without warning on launch day at the agency's discretion. Normal hours are 6am to 8pm. Note that parking at the first lot will likely fill up but if you keep driving north there are additional lots. Just a word of warning at the northern-most section it becomes a nudist beach ("pier 13", near the 13th parking lot).
The view in the photo at the very top of this guide is Playalinda Beach.
Max Brewer Bridge: About 18 kilometers away from LC-39 and a bit more from the others. A slightly better view of the northern launchpads than the visitors complex. When Playalinda Beach is closed this is probably your best bet for a free and public viewing spot.
KARS Park: This is a NASA-owned park on Merritt Island that has recently (late 2023) begun allowing non-NASA visitors in on launch day for $5. This has good views of all the launchpads except LC-39. If this spot gets too popular I suspect they will again restrict it to employees only so I will not recommend it but you can check their facebook for more.
Note: You may hear some conflicting information from previous attendees about Port Canaveral being the best public location. The spot that they're referring to (the bleachers on route 401) was closed to the public in 2023 due to traffic concerns.
How to get there
Your best option is Orlando International Airport. Melbourne Airport is closer but flights there are limited and often more expensive.
Rental car is easiest since there is no direct public transport to the center. From Orlando International Airport expect a roughly 60-75 minute drive, depending on traffic.
Private shuttle companies run direct round-trip services to the center for approximately $90, or you can take a public bus to Cocoa Beach and an uber or taxi the rest of the way.
Accomodation
Nearby parking
Agency details
SpaceX is a private aerospace manufacturer and space transportation company founded by Elon Musk. It aims to reduce space travel costs and enable Mars colonization. Known for the Falcon and Starship rockets, SpaceX has achieved milestones like reusable rocket landings, Dragon spacecraft missions to the ISS, and the first private crewed spaceflight.