NASA's SpaceX CRS-35 resupply mission launches to the International Space Station.

Question

Six frontier AI models put this at 88% by 10 Nov 2027. Full reasoning from every model.

WillHappen.ai · Accepted Answer

88% — the median of 6 frontier models, resolving by 2027-11-10.

Answer

Gemini (Google): 88% — CRS cadence operates smoothly at roughly two to three missions yearly, easily accommodating CRS-35 before late 2027. CRS-31 launched in late 2024 and CRS-32 through CRS-34 are paced about 5 to 7 months apart under CRS-2 extension contracts. A 12-month window from late 2026 allows sufficient buffer for standard Dragon manifest adjustments or launch vehicle delays. Only a catastrophic Falcon 9 grounding or an early ISS deorbit decision would stall CRS-35 beyond November 2027.

Answer

Claude (Anthropic): 80% — Hinges on SpaceX/NASA maintaining routine CRS launch cadence without major vehicle or ISS program disruption before Nov 2027. CRS missions have launched reliably roughly every few months for over a decade with very high success rate. Falcon 9/Dragon is a mature, flight-proven system, reducing technical failure risk substantially. Main risks are ISS program changes, scheduling slips past the deadline, or unforeseen launch anomalies grounding Falcon 9.

Answer

GPT (OpenAI): 94% — A manifested CRS mission with a full year of schedule margin is very likely to fly, barring a major Dragon or Falcon 9 stand-down. NASA and SpaceX must retain CRS-35 on the ISS manifest and complete payload, Dragon, Falcon 9, and range readiness before 10 November 2027. Comparable operational CRS flights almost always launch eventually; routine slips of weeks or months rarely become cancellations. A fatal vehicle failure, prolonged fleet grounding, or an ISS program change that removes the mission would cut this sharply.

Answer

Grok (xAI): 82% — CRS-35 cadence vs. a >12-month slip past Nov 2027. NASA/SpaceX fly ~3 CRS flights/yr under CRS-2; sequential numbering places CRS-35 in the 2026-27 window. ISS cargo demand and the existing contract make outright cancellation improbable before 2030. Only a prolonged Falcon 9/Dragon grounding or major ISS anomaly would push launch past the resolution date.

Answer

DeepSeek (DeepSeek): 88% — CRS-35 is a routine, already-scheduled cargo flight with a two-year window, so only a Dragon or Falcon failure would stop it. SpaceX has flown 30+ consecutive successful CRS missions since CRS-1 in 2012, giving a base rate near 95% for any single scheduled flight. NASA's CRS-2 contract requires six flights per year, and CRS-35 is already manifested with experiments assigned, so cancellation would require a program-level break. The main risk is a Falcon 9 or Dragon ground failure grounding the fleet for months, but the 2027-11-10 deadline leaves ample recovery margin.

Answer

Qwen (Alibaba): 89% — CRS-35 falls naturally within the ~2 missions/year cadence; only a prolonged Dragon grounding or ISS issue would prevent it. SpaceX flies ~2 CRS missions/year; CRS-35 is expected around late 2026–mid 2027, fitting comfortably before the Nov 2027 deadline. Cargo Dragon has had zero launch failures across 30+ missions; a fleet-wide grounding lasting >6 months is the main tail risk. ISS remains funded through 2030, so no destination-side cancellation threat exists within this window.

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