Mike Wall

Mike Wall tracks how rockets, spacecraft and space technology move from high-profile test flights to routine operations, with an emphasis on commercial launch and SpaceX’s rapid cadence. He is Spaceflight and Tech Editor at Space.com, covering human and robotic spaceflight, military space and exoplanets, and has been with the outlet since 2010. His launch coverage ranges from direct-to-cell payloads such as BlueBird satellites to national security missions, milestone Starship flights and new vehicles coming online.

SpaceX launch cadence and Starship milestones

Wall’s most visible work follows the evolving launch rhythm of SpaceX, treating individual missions as data points in a larger shift toward high-frequency, tech-driven spaceflight. Recent pieces chronicle SpaceX flying three rockets in about 13 hours, a “launch tripleheader” that he breaks down into specific missions and timelines while pointing readers to live coverage. He reports on Falcon Heavy launches of classified reconnaissance payloads, detailing the vehicle configuration, customer and place of the mission within SpaceX’s broader manifest.

He follows rideshare missions such as Transporter-18, noting workload - 130 payloads in a single launch - and highlighting experimental spacecraft like prototype Google AI satellites to show how launch capacity is being used. His Starship coverage tracks the megarocket from wet dress rehearsals to the first orbital flight, then to the first deployment of satellites from the vehicle, pairing technical detail with clear statements about what each milestone unlocks for future missions.

Across these stories he adopts a straightforward, event-driven format: mission summary, hardware, schedule, then implications for Starship’s development and for SpaceX’s ability to support commercial, government and experimental payloads.

Launch providers beyond SpaceX

Wall extends the same operational focus to other launch companies and vehicles, treating each as part of a competitive and fast-moving technology landscape. He covers United Launch Alliance’s Vulcan Centaur, following the rocket’s first roll to the pad for testing and emphasizing the steps still required before its inaugural flight.

His reporting on Astra’s small rocket work includes test-firing campaigns ahead of a first Florida launch, with attention to vehicle readiness and the company’s attempt to secure a place in the small-satellite launch market. He tracks Japan’s Epsilon rocket, flagging the country’s first orbital mission of the year and situating it within the broader context of national launch activity and scheduling.

Across these stories he maintains a similar format to his SpaceX coverage - clear timelines, vehicle status, and what a given test or launch means for the provider’s reliability and future missions - making him a consistent point of reference on launch vehicles and their progress from development to regular service.

Human spaceflight, history and astronaut stories

Human spaceflight appears regularly in Wall’s work, often at moments when operational milestones intersect with historical resonance.

He covers crewed missions such as SpaceX’s Crew-13, noting that the astronauts reached the International Space Station in under eight hours and calling out the flight as the fastest American orbital trip to date. He writes about NASA’s commitment to Boeing’s Starliner astronaut taxi, explaining program delays and revised crewed launch timelines while keeping the focus on when the spacecraft will actually start ferrying people to orbit.

His historical pieces include a look back at John F. Kennedy’s “moon speech” to Congress, using the 60th anniversary as a frame to revisit Apollo, the political context and what made that commitment consequential. In an interview with Bernard Harris, the first African-American spacewalker, Wall foregrounds Harris’s experience on orbit and the significance of that milestone, tying individual biography to the broader narrative of human spaceflight.

This mix of live mission coverage, program status reporting and historical or interview-driven features gives his human-spaceflight work both immediacy and context.

Exoplanets, the search for life and space culture

Alongside spaceflight and launch technology, Wall keeps a sustained thread of coverage on exoplanets and the search for alien life. His author bio notes that exoplanets are one of his primary beats and that he has written a book on the search for alien life, underscoring the depth of his interest in that topic.

This background informs features and explainers that treat new exoplanet discoveries and astrobiology results as part of a long-running scientific effort rather than isolated news. He also “dabbles in the space art beat,” and that breadth shows up in pieces like Earth Day collections of online activities celebrating the planet, which connect space science to public engagement and popular culture. Coverage of a podcast series such as “Blood, Sweat & Rockets,” about the colorful founders of the U.S. rocket program, similarly blends history, storytelling and technology, suggesting an interest in how space exploration is remembered and narrated as well as how it is engineered.

These threads make Wall a consistent voice on the scientific and cultural dimensions of space, not just on the hardware that gets spacecraft off the ground.

Military space and space technology

Military space and broader space technology are woven through Wall’s recent reporting, often via specific missions or platforms rather than broad policy stories. He has covered multiple national security launches, including SpaceX missions for the U.S. Space Force, where he lays out payload types, mission designations and the role of these flights in maintaining on-orbit capabilities. His remit on the Spaceflight/Tech channel includes Mars exploration, astrophysics and space technology, and prior reporting has seen him join field campaigns with NASA teams and follow experimental hardware from testing through deployment. Current coverage of AI-enabled satellites on rideshare missions and direct-to-cell payloads reflects a continuing interest in how new technologies are being folded into launch manifests and commercial services. Across this work, Wall’s distinguishing feature is a disciplined focus on how space technology is actually used - the missions it flies on, the timelines it keeps and the operational milestones it passes - rather than on abstract speculation.