National Aeronautics & Space Administration · Kerbin
Program authority · Era 3 recovery
NASA oversees the Melody Space Center portfolio: station expansion on LSI 1, MunShot planning, deep-space relays, and the crew safety standards that became unavoidable after Basic Station. Fourteen kerbals have reached orbit; none have been lost. Two are aboard LSI 1 now — five modules docked, rated for eight crew, running the program's first sustained station science.
Replacement for decommissioned Basic Station. KerbalX delivered the core; KOEING contributed the electrical module; KeedMartin delivered RESTLESS (habitation) and OBSERVE (cupola). Five modules in orbit. Jedidiah returned solo; Huddin and Katdorf remain aboard. Next: adapter crew rotation.
Phase 1 pairs KOEING's abort-equipped R-SLS2 against KerbalX's heavy-lift path—both may fly before a winner is named. Phase 2 remains locked until Phase 1 proves crew control beyond low Kerbin orbit.
Twin relays sit at solar distances KerbalX delivered after winning the competition from KOEING's LLS-2. The network is operational; NASA treats the long-range mission design as need-to-know—fueling headlines and intercept math in the technical press.
“We are building infrastructure. What we build it for—that conversation is for another day.”— Administrator Wernhardt Clane, post-SOLARCOM 2
Equatorial and polar comsats underpin every crew loop today. Parallel to LSI and MunShot, the quietly watched long-range object remains unnamed— relays wait, two kerbals work upstairs, and the program's next chapter is still being written.
MSC-002 proved R-SLS2 could bring a crew home through docking failure, EVA, and Mach 3+ reentry. NASA then mandated KOEING's tower-style Launch Abort System for all future crewed atmospheric operations—including MunShot contenders. It was the administration's clearest admission that “cheap enough” had previously omitted a last-resort escape path.
NASA Administrator
Speaks for the agency when relays go live and when stations fail. After Basic Station, directed KerbalX to field LSI 1 with corrected specs; after MSC-003, credited flight ops with proving “no drama” is an operational goal, not an accident of mood.
SLS family; first kerbals to orbit. R-SLS2 is the primary crew vehicle—three successful missions including solo return, LAS-equipped, MunShot frontrunner.
SOLARCOM and LSI operator. SH-4 placed the station core; SH-4B flew KeedMartin's RESTLESS module. Accountability review on Basic Station continues internally.
VAJE engines fly on SH-4; docking hub documentation is under NASA review before the hub can join the LSI stack.
| Effort | Lead | Status |
|---|---|---|
| KERBCOM — Kerbin satellite network | KOEING · SLS 2 | Complete |
| KerbalOrbit — first crewed orbital | KOEING · SLS 3C | Complete |
| SOLARCOM — deep relays | KerbalX · SH-3 | Complete |
| LSI 1 — station core | KerbalX · SH-4 | In orbit · crewed |
| MunShot Phase 1 | KOEING vs KerbalX · TBD | Planning |
| Marsproof | KerbalX · SH-4 class | Paused |
CLEARVIEW-1 / FARVIEW-1 — First solar orbit acquisition image. Transmitted via SOLARCOM. An anomalous point source is visible at upper-right. It does not correspond to any catalogued object at that position. NASA has not commented on the point source.
The Herald has submitted two requests for comment. Orbital Mechanics Quarterly has submitted a formal data access request for unprocessed CLEARVIEW-1 sensor data. Both are pending.
Fiction note:This site exists inside the Kerbal Internet setting. Names, contracts, and timelines match the broader MSC continuity; SOLARCOM's unstated purpose, Katdorf Kerman's classified experiments, and the unnamed distant object are deliberate story hooks—not claims about real spaceflight.