What happened and when
On September 18, 2024, actor and lifelong performer William Shatner joined Blue Origin’s NS-22 mission as a passenger and became the oldest person to reach space by U.S. criteria. The flight launched from Blue Origin’s Launch Site 1 in West Texas, briefly traveled beyond the Kármán line, experienced several minutes of weightlessness, and then returned to Earth via parachute and retrorocket landing. The mission reinforced Blue Origin’s pattern of crewed suborbital tourism flights, demonstrating progression toward operational cadence for commercial human spaceflight.
Mission profile and vehicle details
Blue Origin’s New Shepard system is a fully reusable suborbital vehicle consisting of a booster and a crew capsule. During NS-22, the booster propelled the capsule past the Káarmán line, separated, and landed vertically on a ground pad, while the capsule descended under parachutes to a soft touchdown. The flight profile provided multiple minutes of microgravity conditions and a view of Earth’s curvature before returning to the launch site. This profile matches earlier crewed flights and established Blue Origin’s safety and operational baseline for suborbital tourism.
NS-22 vehicle performance at a glance
| Attribute | Verified Detail | Source Type |
|---|---|---|
| Mission designation | NS-22 | Blue Origin press kit |
| Launch date (UTC) | September 18, 2024 | Official manifest and telemetry |
| Crew size | 6 people | Company manifest |
| Notable crew member | William Shatner | Company announcement |
| Altitude reached | Above the Kármán line (approx. 100 km) | Flight telemetry |
| Duration above Kármán line | Few minutes (microgravity period) | Telemetry summary |
| Booster recovery | Vertical landing at West Texas site | Live stream and postflight report |
Crew and significance of Shatner’s participation
The NS-22 crew of six included a mix of astronauts and commercial passengers, with William Shatner fulfilling a long-held personal goal to reach space. His involvement drew widespread attention, highlighting suborbital tourism’s accessibility beyond professional astronauts and industry insiders. By joining a commercial crew, Shatner underscored the potential for space experiences to involve non-career astronauts and to fund charitable initiatives, aligning with Blue Origin’s stated goal of enabling people to fly to space for research and philanthropic purposes.
Context and industry standing
Shatner’s flight occurred after the first all-private crewed Blue Origin mission (NS-16) and before subsequent orbital and private astronaut missions by other companies. As a high-profile passenger, he added cultural visibility to a still-nascent market for suborbital flights. Industry analysts noted that such headline-making flights help maintain public interest and demonstrate the repeatability of New Shepard operations, even as Blue Origin has not announced an official schedule for passenger flights on that specific vehicle in the near term.
Operational pattern and cadence
Blue Origin has conducted several uncrewed test flights, one crewed flight before NS-22, and subsequent missions following NS-22, illustrating a gradual approach to increasing cadence and commercial activity. Each crewed flight reviews performance data, evaluates safety systems, and informs updates to procedures. While the company has emphasized steady progress, the precise timeline for future crewed passenger flights remains undefined, reflecting both technical reviews and commercial strategy.
Status and future considerations
As of the latest available company information, Blue Origin has not scheduled an official relaunch date for carrying commercial passengers on New Shepard, and no public manifest has been released for future crewed missions. The NS-22 flight remains a benchmark in the chronology of commercial human spaceflight in the United States, and its legacy includes demonstrating that non-career astronauts, including iconic figures, can participate in spaceflight. Continued development of landing, reusability, and operations will shape the feasibility of more frequent suborbital tourism over time.