Get ready for an ⁣exciting announcement from Virgin Galactic! ‌The company has just revealed ‌that its next‌ commercial spaceflight, Galactic 03, is⁢ scheduled for September 8. This will be their third​ commercial spaceflight, and it’s⁣ set to carry three lucky passengers⁤ who purchased‍ their tickets back in⁤ the early 2000s.

If all goes ‍according to plan, this⁤ will be Virgin Galactic’s fourth spaceflight in⁣ just⁣ four months. Quite‌ an ⁤impressive feat after a period of downtime.⁣ Not only ‍will this flight solidify ‌Virgin Galactic’s position as a leader in suborbital space tourism, but it will ‍also put them ahead of Blue‍ Origin, who has been grounded ‌for almost a year following⁢ a ⁤launch accident.

Curious about the⁤ reasons behind the downtime and how Virgin Galactic ⁣has managed to increase their flight frequency? I recently ⁤had the opportunity ⁤to interview Mike Moses, the company’s chief⁤ of operations ⁢and president.⁣ With​ his background in NASA’s Space Shuttle program, he provided ⁢valuable ​insights into the company’s ⁤progress.

Mike​ Moses came to Virgin Galactic in 2011 from NASA.

In our conversation, we delved‌ into various topics,‍ including⁤ the longevity of Virgin Galactic’s‍ current spacecraft, VSS Unity, their plans to introduce a new Delta-class family of spaceships, and the importance⁢ of having pilots at the controls.‌ This interview has been ​lightly edited for clarity.

Ars: You ⁤joined Virgin Galactic in 2011. Can you ‍share your decision to leave NASA⁢ and your motivation to continue‍ working in human spaceflight?

Mike⁣ Moses: Leaving NASA was a bittersweet decision for me. I had ‌the privilege of leading‌ the ⁢team during‍ the end of the shuttle⁢ program, ‍and we finished strong. ⁢However,​ I wanted to ​continue working in operations,​ and the⁤ opportunity to contribute to commercial space was too enticing ⁢to pass​ up. I had a conversation⁢ with Gerstenmaier, who ⁢encouraged me to take the leap, ⁣assuring me that I could‍ make a significant impact in ⁤the commercial space⁣ industry.

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Ars: What ⁤were your thoughts on ‌the ⁢commercial space industry at that⁢ time?

Mike Moses: ⁤At that time, the suborbital market was gaining momentum with‌ the upcoming Commercial Crew program. I believed ⁢that ⁢suborbital ‍providers would be the first to achieve success ​before the ‌orbital missions. However, things didn’t unfold⁤ as expected.

Ultimately, I saw this as an opportunity ​to be part of an industry ⁢focused on providing unique experiences to people. ⁣In the ⁤government sector, the focus is on providing a service, ​so this was ‌a new and exciting challenge for me.​ Joining Virgin Galactic⁤ early‌ on and helping build the operations team from scratch was⁣ incredibly appealing.

Ars: It’s been 12 years since you ⁤joined. ‌From an engineering ‍perspective, what has been the⁣ biggest challenge in sending‌ a relatively small vehicle to space and back?

Mike Moses:⁤ One of our main challenges is ‍the air launch capability. ‍While it offers great advantages, we have ‌to approach it with caution.⁣ Our vehicle transitions through various flight regimes, each​ with its own unique​ characteristics. To optimize our flight-control ‌systems, we need to⁣ gather‍ flight test data in each regime and then ​integrate it to achieve optimal ⁢performance.

On ⁤Wednesday, Virgin​ Galactic President, Enrico Palermo, revealed ‌that the ‍company’s spaceplane VSS Unity has a higher frequency of ⁣flights. This announcement is a momentous‌ event for the company,⁢ staff, and those in the space industry as a whole.

Palermo highlighted that their diligent team have‌ been able to increase the frequency of flight tests for⁤ the VSS Unity. The team’s​ hard work has ⁣allowed them to rapidly​ make progress in‌ refining their ‌spaceline system, and have been​ toeing on-schedule milestones along the way.

This is great ⁣news for Virgin Galactic, as it could potentially mean that space rides for passengers will soon⁤ be on the horizon. Furthermore,‌ with more successful test ⁤flights, the company​ will be⁤ able to ‌solicit more data⁢ about the vehicles and accumulate more knowledge on how to improve their safety​ measures.

This latest development is yet another step towards the ⁣achievement of Virgin Galactic’s primary goal – ‌to make space travel accessible⁢ to the rest of the ⁣world, providing a new ‌level⁢ of exploration‍ and discovery for those who ‍have ever dreamed of flight. It is also a reminder that the world⁣ of space exploration is steadily moving towards a more promising future.

With the advancement of technology,⁣ the capacity for exploration and discovery is increasing, and the promise of space tourism is likely⁣ to become a reality in the near future. With ⁤the successes of ​VSS Unity, ‍no doubt many space ‍enthusiasts and budding astronauts are looking forward to​ experiencing‍ the​ unforgettable journey to‌ the outer limits of the‍ universe.