A high-quality video will be released that captures ``everything from the time it returns to Earth'' from inside a space capsule and records precious moments such as ``the huge flames upon entry into the atmosphere'' and ``parachute deployment'' with audio.
Space development company
Here's a video of our capsule ripping through the atmosphere at mach 25, no renders, raw footage: pic.twitter.com/ZFWzdjBwad
— Varda Space Industries (@VardaSpace) February 28, 2024
The space capsule 'W-1' in which the camera was installed was mounted on the artificial satellite platform ' Photon ' and launched in June 2023, and will be separated from Photon and returned to Earth on February 21, 2024. did. The capsule surrounded by a red frame in the photo below is W-1.
Below is a movie taken with a camera installed inside W-1 from the time it was separated from Photon to the time it landed on the ground.
The movie begins with W-1 being separated from Photon.
W-1 is thrown into space.
W-1 orbits the earth while spinning.
The color of the haze changes from white to red, and
The streaks of light become finer and finer. The speed at this time is said to exceed Mach 5.
The streaks of light gradually decrease, and the external color changes from red to purple.
When the streaks of light disappeared, the blue Earth was reflected.
We will gradually lower our altitude toward the clouds.
A scene in which the sun illuminated the top of a sea of clouds was also recorded.
Plunge into the clouds.
At
The main parachute will deploy in
It took a little less than 10 minutes to slowly descend from the deployment of the main parachute, and landed on the ground
After that, it seems that W-1, which succeeded in landing, was transported to the base by helicopter.
Some photos from our team's recovery of W-1:
— Varda Space Industries (@VardaSpace) February 22, 2024
(1) W-1 chute catching in the wind
(2) / (3) Recovery team getting the capsule ready for transport
(4) Capsule transport in a sling under a recovery helicopter pic.twitter.com/qdfgKMEDTc
Related Posts: