The Kerbin Herald

KOEING's R-SLS2 carried Jedidiah Kerman, Huddin Kerman, and Katdorf Kerman to LSI 1 in the program's first successful station docking.

There was no live drama this time. No failed ports. No improvised spacewalk. MSC-003 — KOEING's R-SLS2 carrying pilot Jedidiah Kerman, engineer Huddin Kerman, and scientist Katdorf Kerman — launched, reached orbit, rendezvoused with the new LSI 1 station, and docked. The whole sequence went according to the flight plan. At mission control, people apparently clapped, which in the context of this program counts as a quiet moment.

Huddin Kerman was the first kerbal to step aboard LSI 1, performing a checkout of the station's systems before the rest of the crew followed. The science module — one of two modules launched with the station core aboard Starship Heavy 4 — was activated by mission scientist Katdorf Kerman within hours of boarding. Experiments are now underway, the details of which NASA has not disclosed.

The crew will remain aboard LSI 1 for the foreseeable future, a period NASA describes as "until the next module is ready to launch," at which point they will assist docking operations from the station side. MSC now has a functioning orbital station and three kerbals living in it. This is, it should be said, what the program was always supposed to be doing.

For eight hours, Kerbin watched as MSC-002 became the first live-streamed crew mission — and the first to stage an EVA outside a station that could not be entered.

For eight hours, Kerbin watched. Kerman suited up, stepped out, deployed a solar panel, found a broken airlock, and came home. NASA confirmed Basic Station decommissioned after a docking interface failure. KerbalX was directed to build a replacement station under corrected specifications.

The mission also established records the program is still citing in briefings: first three-kerbal crew on R-SLS2, first EVA, first Mach 3+ reentry on an MSC vehicle, and the catalyst for NASA's mandate that crewed vehicles carry a launch abort system.

Valentina Kerman remains the most recognised face in the program. Polls suggest the public wants her name attached to whatever comes next — including MunShot planning, where heritage and safety culture now weigh as heavily as thrust curves.

SOLARCOM 1 and 2 are operational. Administrator Wernhardt Clane calls the constellation infrastructure — and stops there.

NASA Administrator Wernhardt Clane confirmed the network is operational and declined to specify what it was built to eventually communicate with. "We are building infrastructure," Clane said. "What we build it for — that conversation is for another day."

KerbalX delivered both relays aboard Starship Heavy 3, cementing a heavy-lift win after earlier competitions went split between contractors. The Herald's prior coverage noted intercept geometry circulating in technical circles — math Orbital Mechanics Quarterly has since pressed into public estimates.

Three kerbals are now living in orbit aboard LSI 1. The relays are listening. The object the papers keep describing only obliquely is still waiting.

KOEING's R-SLS2 tower is now the baseline expectation for every future crewed atmospheric flight, including MunShot contenders.

The R-SLS2's Launch Abort System is KOEING's most lasting contribution to MSC safety culture so far. By making it the standard, NASA acknowledged something the program had quietly avoided: that crewed vehicles were flying without a last-resort escape option.

The mandate now shapes every future vehicle design. Any MunShot contender — including KerbalX — has to build to this standard. KOEING designed it first and flies it first. That's a quiet but significant advantage.

MSC-003 did not need the tower in anger. That is the point of the tower.

KOEING brings R-SLS2's 2-for-2 record; KerbalX must close the onboard crew-control gap before flying crew beyond low Kerbin orbit.

Phase 1 calls for a minimum crew of two, a Mun flyby or orbital insertion, safe return, onboard crew control, and abort coverage through atmospheric flight. NASA expects both major contractors to fly before a winner is declared.

KOEING's R-SLS2 now carries two flawless missions and a Mach 3+ reentry validation into planning rooms. KerbalX still must resolve crew control questions for operations beyond LKO — the same questions that have shadowed its flashiest architectures.

Phase 2 remains locked: first crewed Mun landing, surface EVA and science, abort required. The Herald will publish contractor filings as they clear public release.

Early station science is classified by routine. In today's attention economy, routine reads like mystery.

NASA hasn't disclosed what's being run in the LSI 1 science module. That's standard classification procedure for early-stage research. It also means nobody knows — and in the current media environment, that means everyone is speculating.

KerbTab wants gossip. Orbital Mechanics Quarterly submitted a data access request. This newspaper ran a sidebar. Whatever Katdorf Kerman is doing up there, it's the program's first real science output and it's happening now.

When results surface, they will land in peer review before they land on the front page. The Herald intends to be in both rooms.

A habitation module with an adapter, a survey scanner, and KerbalNet uplink. Then an observation cupola. LSI 1 is no longer a station waiting to be finished.

Two KeedMartin modules are now docked to LSI 1. RESTLESS — a habitation module with enlarged crew quarters, hitchhiker storage, a KerbalNet high-speed uplink, and a survey scanner pending integration with the station's science stack — arrived first, delivered by KerbalX's SH-4B on the LSI-RESTLESS manifest. OBSERVE, an observation cupola and engineer utility station carrying spare solar panels, batteries, EVA repair kits, and jetpack stores, followed. The station now holds five docked modules and is rated for a maximum of eight crew on extended stays.

Until LSI-RESTLESS, KeedMartin was a company defined by a spec review that wouldn't close. Their docking hub had been under re-verification since Basic Station's port failure rendered the original standard moot. The question in flight circles was not whether KeedMartin's hardware was capable — it was whether the bureaucratic overhang would outlast the contract window. RESTLESS answered that by docking with an adapter that bridges legacy port geometry to the corrected standard. The spec question is now an on-orbit fact.

The program doesn't hold press events for module integrations. This is a fact pattern that rewards noticing: in the space of one flight window, KeedMartin went from waiting on a review outcome to being the company that physically changed the shape of a crewed station.

The engineer who first stepped through LSI 1's hatch also deployed the RESTLESS arrays outside it. Two firsts. Same kerbal.

Huddin Kerman has performed the MSC program's second extravehicular activity. The engineer — the same kerbal who was first to step aboard LSI 1 during MSC-003's arrival checkout — suited up to deploy the RESTLESS solar arrays and extend the station's power hardware as part of the LSI-RESTLESS integration sequence. The EVA was completed nominally.

The only prior EVA in MSC history is Valentina Kerman's on MSC-002, a mission defined by what was found wrong outside — a non-compliant docking port, an inoperable airlock — and the subsequent decision to decommission the Basic Station. Huddin's EVA is different in character. The hardware worked. The arrays deployed. The station gained.

Huddin Kerman's program record now reads: first kerbal to board LSI 1, second kerbal to perform an EVA, currently aboard LSI 1 pending the next crew rotation. When Jedidiah Kerman returns with the adapter crew module, Huddin and Katdorf Kerman will have held the station for the longest continuous stretch of the program to date.

MSC-003's pilot undocked from LSI 1 with no crew aboard and brought R-SLS2 home. He is already scheduled to go back.

Jedidiah Kerman returned to Kerbin from LSI 1 alone. R-SLS2 — the same vehicle that first docked with the station on MSC-003 — undocked after the RESTLESS module was integrated and brought its pilot home in a solo reentry that NASA described as nominal. Huddin and Katdorf Kerman remained aboard the station.

A solo return is not standard operating procedure. The MSC crew rotation model assumes vehicles return with at least part of their original crew. Jedidiah's return was driven by a specific operational need: the adapter crew module requires a pilot with station docking experience, and Jedidiah holds the program's only clean station docking to his record. He will fly the adapter mission. MSC has not published a crew manifest for that flight.

R-SLS2 is now three for three — MSC-002, MSC-003, and the solo return. KOEING has not commented on what the program calls a perfect reentry. The thermal margin data OMQ has been requesting remains unpublished.

SOLARCOM is operational; coverage has repeatedly returned to the same unanswered question.

Still out there. Still unnamed. SOLARCOM is operational. The relay infrastructure is ready. Nobody has said what it's for. The Herald noticed. Orbital Mechanics Quarterly ran the intercept math. Three kerbals are now living in orbit, doing science, and the object is still waiting.

Administrator Clane's non-specific acknowledgement after SOLARCOM 2 completed mirrored earlier non-denials: infrastructure first, purpose later.

This newspaper will continue to publish what can be verified — and to label what cannot.