NASA suits up, Army lasers drones, Russia’s satellite setbacks

NASA trimmed the Artemis IV launch window this week, prompting engineers to rewrite the lunar EVA suit spec for a mission that now leans on near‑term hardware. The shift arrives as the U.S. Army demonstrated a 20‑kilowatt laser that shredded three hostile drones, and Russia’s fledgling Rassvet broadband constellation revealed three outright failures among its first thirty‑two satellites.

NASA officials said the suit requirements are being adjusted to reflect near‑term mission needs, a direct response to the compressed timeline for Artemis IV. The Army’s laser system, fielded in a test range, tracked and destroyed three quad‑copter drones in under a minute. Independent analysts of the Russian satellite program note that at least three of the first thirty‑two Rassvet satellites likely failed completely, with additional units possibly compromised.

NASA reshapes lunar suit for Artemis IV

The Artemis program’s fourth flight was slated to test the next generation of lunar surface operations, but a schedule slip forced NASA to re‑evaluate its spacesuit architecture. Engineers must now accommodate a tighter mass budget and a reduced development window, meaning the next‑generation xEMU will be lighter, less redundant, and built around components already flight‑qualified for the Orion crew module. The decision echoes the Apollo era, when the pressure to land before the end of the decade drove rapid iteration on the A7L suit, sacrificing some comfort for schedule.

Critics argue that cutting back on suit redundancy risks astronaut safety, especially as the Artemis IV crew will be the first to conduct extended extravehicular activity on the lunar south pole. Proponents counter that the near‑term needs—delivering scientific payloads and testing in‑situ resource utilization—outweigh the marginal safety margin lost in a redesign. The trade‑off highlights a broader tension in NASA’s current posture: balancing ambitious exploration goals with a budget that now expects more frequent, lower‑cost flights.

Army’s laser proves lethal against drones

In a demonstration at a remote test site, the Army’s directed‑energy platform fired a continuous‑wave 20‑kilowatt beam at three small‑scale drones that entered a restricted airspace. The laser tracked each target with electro‑optical sensors, then heated critical structural components until the airframes collapsed. Within seconds, all three drones were rendered inoperable, a result the Army described as a “proof‑of‑concept for kinetic‑less air defense.”

The success revives a lineage of laser weapons dating back to the 1970s, when the U.S. Air Force pursued the Airborne Laser program before abandoning it due to cost and reliability issues. Modern solid‑state lasers, however, have shrunk in size and power consumption, making ship‑board and ground‑based installations plausible. Observers warn that scaling the technology to counter swarms of larger, faster UAVs will require advances in beam‑control algorithms and power‑storage solutions, but the test marks a clear operational milestone.

Russia’s Rassvet constellation falters

Russia’s attempt to field a domestic broadband satellite network under the Rassvet banner has stumbled early. Satellite telemetry and ground‑station reports indicate that at least three of the first thirty‑two satellites have suffered outright failures, with signal loss and power anomalies suggesting design or launch‑integration flaws. Analysts note that the constellation was intended to rival private constellations such as Starlink, offering coverage across the Russian hinterland and Arctic regions.

The setbacks expose a recurring pattern in post‑Cold‑War Russian space projects: ambitious objectives hampered by limited industrial capacity and chronic underfunding. The 1990s launch of the GLONASS navigation system faced similar reliability challenges before achieving full operational status. If Rassvet cannot recover its launch cadence and reliability, the strategic goal of sovereign broadband could slip further behind commercial alternatives, eroding Russia’s leverage in the emerging space‑based internet market.

The contest for orbital and surface dominance

The three stories converge on a single theme: the race to control both the heavens and the ground is accelerating, and the margins for error are shrinking. NASA’s suit redesign reflects a broader push to keep the United States on the lunar foothold, a goal that harks back to the Apollo‑Saturn race against the Soviet Union. The Army’s laser test signals a shift toward non‑kinetic defenses in a future where swarms of cheap drones could overwhelm traditional air‑defense systems, reminiscent of the early missile‑defense experiments of the 1980s.

Even cultural memory is being reshaped. This week, the death of Toyohiro Akiyama, the first Japanese citizen and journalist to broadcast from orbit, reminded us that the human experience of weightlessness once sparked curiosity about “fat” Japanese tree frogs enjoying the same micro‑gravity. Akiyama’s quirky observation underscores how spaceflight has always been as much about human stories as about engineering feats. As nations pour resources into lunar habitats, laser weapons, and satellite broadband, the personal narratives that once humanized the final frontier risk being eclipsed by a cold calculus of capability.

What to watch

The next weeks will reveal whether NASA can lock down a final suit specification before Artemis IV’s revised launch window, a decision that will dictate the pace of subsequent lunar missions. The Army is expected to submit a formal test‑report to the Department of Defense, a document that could green‑light larger‑scale deployments of directed‑energy weapons. Meanwhile, Russian officials have hinted at a follow‑up launch to replace the failed Rassvet units; the timing and success of that launch will be a barometer for Russia’s ability to compete in the satellite‑internet arena. Tracking these three fronts will show which approach—incremental redesign, kinetic‑less defense, or aggressive satellite rollout—will shape the next decade of space and security.