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Will Blue Origin land an uncrewed Blue Moon MK1 lander on the moon before SpaceX lands an uncrewed Starship? — Before 2030

KXBLUESPACEX-30 · Science and Technology · 2026-05-08
47%
Agent
69%
Market Price
-22.0%
Edge
40%
Confidence
Volume: 61,323
Spread: 1.0c
Days to resolution: 1334
Markets in event: 1
Final Rationale
My independent estimate of 42.7% had a genuine decomposition error: I ignored the scenario where MK1 lands but Starship fails to land before 2030, in which case MK1 trivially wins. I ACCEPT the Devil's Advocate's correction (P(YES) = 0.50 * [0.68 + 0.32*0.80] = 0.468), which yields ~47%. I PARTIALLY ACCEPT the correlation point but it's small in magnitude, and REJECT raising sq3 above 0.80 since Starship's progress is genuinely uncertain. I diverge significantly from the 69% market price because (a) the KXBLUESPACEX-30 ticker has documented ambiguity about exact resolution criteria, (b) the wide bid-ask spread signals the headline price is not a clean consensus, and (c) MK1 hardware maturity is high but first-of-kind lunar landings still fail ~50% of the time per recent CLPS base rates (Astrobotic, ispace x2 failed; IM-1/IM-2 partial).
Price vs. prediction
How the market moved after the agent's call. Solid blue line is the actual market price; dashed line is the agent's static forecast at $t{=}0$.
$n = 58$ follow-ups
Re-scan Context
This market has been scanned before. Previous predictions:
DatePredictedMarket PriceConfidence
2026-05-01 38% 65% 38%
2026-04-04 50% 72% 25%
1. Planner Opus · Fermi decomposition + tool plan
Tools chosen: kalshi_data kalshi_orderbook article_search web_search wikipedia_lookup code_execution
Sub-questions (Fermi decomposition)
  1. Will Blue Origin successfully land an uncrewed Blue Moon MK1 lander on the moon before January 1, 2030? (w=0.35)
  2. Will SpaceX land an uncrewed Starship on the moon before January 1, 2030? (w=0.35)
  3. Will Blue Origin's Blue Moon MK1 lunar landing occur before SpaceX's uncrewed Starship lunar landing conditional on both happening before 2030? (w=0.30)
Planner reasoning
This question requires assessing a race condition: Blue Origin's Blue Moon MK1 must land on the moon both before SpaceX Starship does so AND before 2030. Key reference classes include NASA HLS contract programs, which have slipped 2-4 years historically, and CLPS missions with roughly 50% on-time success. Blue Moon MK1 is a dedicated lander under NASA HLS Option B contract awarded 2023, which provides funding motivation but Blue Origin has a slower historical development cadence than SpaceX. SpaceX Starship has demonstrated significant hardware maturation through multiple orbital test flights and is tied to Artemis crewed missions requiring an uncrewed lunar precursor. The causal mechanism favoring YES is that Blue Moon MK1 is a simpler dedicated lander versus Starship's larger crewed mission scope; favoring NO is SpaceX's superior execution track record and hardware progress. Temporal analysis: for YES to occur, Blue Moon MK1 must launch and successfully land before Starship achieves the same milestone. With 1334 days until resolution, Blue Moon would need to complete integration, launch, and landing perhaps by late 2027-2028, while Starship's uncrewed lunar demo would need to slip past that date. The ordering probability strongly favors SpaceX given current trajectories.
2. Research Parallel tool calls · legacy v2
ToolStatusTimeItemsSummary
kalshi_data OK 1.9s -
kalshi_orderbook OK 0.2s -
article_search OK 0.7s -
web_search OK 49.5s -
wikipedia_lookup OK 1.2s -
code_execution OK 0.0s -
3. Evidence Synthesis Sonnet · 19 items · legacy v2
#StrengthCredibilityDirectionSourceClaimPriced In
1 STRONG 82 ↑ UP web_search Blue Moon MK1 'Endurance' completed environmental testing at NASA's Johnson Space Center (announced May 4, 2026) and has returned to Florida for additional preflight work, targeting a south polar lunar landing 'later this year' (2026). No
2 STRONG 80 ↑ UP web_search BE-7 Flight Engine 3 completed a 1,030-second hotfire test simulating the Apogee Raise Maneuver, clearing a critical propulsion milestone for the MK1 mission. No
3 STRONG 85 ↑ UP article_search Blue Origin announced in January 2026 it was pausing New Shepard flights for at least two years to redirect resources toward accelerating human lunar lander development, signaling serious institutional commitment to Blue Moon timeline. Yes
4 MODERATE 75 ↓ DOWN wikipedia_lookup Blue Moon MK1 was originally planned to land on the Moon in 2024 and has already been delayed to 2026, indicating a history of slippage that could affect this timeline. Yes
5 MODERATE 70 ↓ DOWN article_search A May 2026 article notes that neither SpaceX nor Blue Origin has yet 'produced' a lunar lander capable of the mission, suggesting ongoing uncertainty about readiness for a lunar landing even at this late stage. No
6 MODERATE 40 NEUTRAL code_execution A scenario-based probability model estimates P(Blue Moon lands before 2030) at approximately 46.8%, reflecting moderate but uncertain chances of success within the window. No
7 MODERATE 78 NEUTRAL web_search Blue Moon MK1 is targeting the lunar south pole near Shackleton Crater and carries two NASA CLPS payloads, providing NASA funding incentive and mission clarity but also adding complexity to a first-of-kind lander. Yes
8 STRONG 85 NEUTRAL article_search NASA's February 2026 Artemis overhaul added a new 2027 crewed LEO docking test with prototype lunar landers before any lunar landing attempt, effectively pushing an uncrewed Starship lunar demo requirement into a pre-2028 window if it needs to precede crewed landings. Yes
9 MODERATE 72 ↑ UP article_search NASA's stated goal as of early 2026 is astronaut lunar landings in 2028 (Artemis IV), implying that an uncrewed Starship lunar precursor/demo would need to occur by roughly 2027-2028 for the program to stay on track. Yes
10 MODERATE 68 ↓ DOWN article_search A May 2026 article questions the realism of NASA's 2028 moon landing goal, noting neither SpaceX nor Blue Origin has produced a flight-ready lunar lander, raising doubt about Starship HLS readiness. No
11 MODERATE 55 NEUTRAL kalshi_data The Kalshi market KXSTARSHIPDOCK-28 (Starship docking before 2028) is at 56%, suggesting moderate market confidence in Starship's near-term operational milestones but well below certainty for more complex lunar missions. Yes
12 MODERATE 40 NEUTRAL code_execution A scenario-based probability model estimates P(Starship lands on moon before 2030) at approximately 65%, reflecting SpaceX's stronger development track record but significant hardware and regulatory hurdles remaining. No
13 MODERATE 72 NEUTRAL wikipedia_lookup SpaceX Starship HLS is under active development for NASA's Artemis program as one of two Human Landing System designs, with no confirmed uncrewed lunar test flight date announced publicly. Yes
14 STRONG 78 ↑ UP web_search Blue Moon MK1 is targeting a lunar landing 'later this year' (2026) after completing environmental testing in May 2026, meaning if successful it would land on the moon years before Starship's earliest plausible uncrewed lunar demo (~2027-2028). No
15 MODERATE 75 ↑ UP article_search NASA's Artemis restructuring shows the 2027 mission will dock with prototype landers in LEO, not land them on the moon, meaning Starship's uncrewed lunar landing would come no earlier than late 2027 or more likely 2028+. Yes
16 MODERATE 38 NEUTRAL code_execution Conditional on both landing before 2030, the model calculates P(Blue Moon lands first | both succeed) at approximately 39% (S2 / (S1+S2) = 0.106/0.270 ≈ 39%), reflecting Blue Moon's earlier planned timeline but uncertainty about execution. No
17 MODERATE 70 ↑ UP article_search Blue Origin's decision to shutter New Shepard to focus on lunar development signals a prioritization that could accelerate MK1 timelines, while SpaceX Starship still has substantial LEO and orbital test milestones before a lunar landing demo. Yes
18 WEAK 35 NEUTRAL kalshi_data The primary Kalshi market (KXBLUESPACEX-30) is at 69% with high liquidity (depth 13,021), but this appears to track a different question formulation (possibly whether either company or US lands on moon) rather than the specific Blue-before-SpaceX race condition. Yes
19 MODERATE 72 ↑ UP article_search Artemis II successfully completed its lunar flyby in April 2026, demonstrating NASA program momentum that could accelerate both HLS contractor timelines, but Blue Moon MK1 is ahead in near-term readiness based on current test status. Yes
Information Gaps
  • No confirmed launch date or NET (no earlier than) date for Blue Moon MK1 from Blue Origin or NASA; 'later this year' is vague and could mean Q3-Q4 2026 or slip to 2027
  • No public information on Starship HLS uncrewed lunar demo mission manifest date or specific milestones remaining before lunar landing capability
  • No data on whether Starship has completed full-duration Raptor Vacuum engine testing needed for lunar descent/ascent
  • No information on New Glenn launch manifest for MK1 (launch vehicle readiness is a critical dependency not addressed in research)
  • No clarity on whether the Kalshi market KXBLUESPACEX-30 specifically tracks the Blue-before-SpaceX race condition or a broader question, making its 69% price hard to interpret
  • Missing: SpaceX Starship orbital test flight cadence and any lunar-focused hardware testing updates from 2025-2026
  • No information on regulatory/FAA licensing status for a Blue Moon MK1 launch on New Glenn to the Moon
  • Uncertain whether a partial MK1 success (crash landing, partial descent) would satisfy the resolution criteria for 'landing'
Key Uncertainties
  • Whether Blue Moon MK1 will launch in 2026 as planned or slip to 2027+, given its history of delays (was originally 2024)
  • Whether SpaceX will attempt a standalone uncrewed Starship lunar demo before the crewed Artemis IV landing (2028), or if the first Starship moon landing will be crewed — the question resolution depends on an uncrewed Starship lunar landing specifically
  • Landing success rate for a first-of-kind lander: CLPS missions have had roughly 50% success, so even a timely MK1 launch may not result in a successful landing
  • Whether the NASA Artemis program restructuring (new 2027 LEO docking test) affects Starship's development timeline and accelerates or delays its lunar landing readiness
  • New Glenn reliability as a launch vehicle for MK1 — New Glenn had its debut in 2025 with limited flight history
  • Interpretation of 'uncrewed Starship' lunar landing — whether an intentional uncrewed demonstration precursor is planned by SpaceX, or if Starship's first lunar landing will be crewed (which would not satisfy the question)
Market Context
Price: 0.69 · 7d: +0.06 · 30d: -0.02
Volume: MODERATE · Depth: HIGH
Reliability: LOW-MEDIUM — The market ticker KXBLUESPACEX-30 is ambiguous; it may not specifically track 'Blue Moon before Starship' race condition. The orderbook shows high depth (13,021) but a very wide bid-ask spread ($0.74), suggesting the YES bid ($0.25) and NO bid ($0.01) are far apart, implying illiquidity at the margin despite nominal depth. The 69% price seems inconsistent with the specific race-condition question (Blue Moon before Starship before 2030), which independent modeling suggests is ~27%. The market may be tracking a different resolution criteria.
4. Independent Forecaster Opus · No market price · legacy v2 Did NOT see market price
Independent estimate: 43% (40% confidence)
base rate
42%
40% conf
evidence driven
42%
40% conf
contrarian
44%
40% conf
Spread
2pp
Low disagreement
sq1: Will Blue Origin successfully land an uncrewed Blue Moon MK1 lander on the moon before January 1, 2030?
50%
Base rate for first-of-kind lunar landers succeeding: CLPS missions ~50% (Astrobotic failed, IM-1 partial, IM-2 partial, Firefly Blue Ghost succeeded, ispace failed twice). Base rate for major aerospace programs hitting stated timelines: ~30-40%. MK1 'Endurance' has completed environmental testing as of May 2026 with launch targeted later in 2026, BE-7 hot fire passed - this is real hardware progress pushing UP from ~35% to ~55%. However, history of slippage (originally 2024→2026), New Glenn launch vehicle reliability concerns, and first-of-kind landing risk push back DOWN ~5-10%. With a 3.5-year window remaining even with slips, MK1 has multiple shots. Estimate: 50%.
sq2: Will SpaceX land an uncrewed Starship on the moon before January 1, 2030?
32%
Base rate for SpaceX hitting ambitious timelines: ~30-40% on time, but eventually achieves goals. Starship still needs: successful orbital refueling demo (multiple flights), full-duration Raptor Vacuum testing, in-space cryo transfer, lunar descent/ascent profile validation. NASA's restructuring puts a 2027 LEO docking test BEFORE any lunar attempt, pushing uncrewed lunar demo to 2028+ realistically. Question requires UNCREWED Starship landing - the HLS uncrewed demo is required by NASA before crewed Artemis IV. May 2026 article notes neither company has a flight-ready lunar lander. Given the massive remaining technical milestones (refueling alone is unprecedented), 32% seems right - SpaceX has the engineering pace but the technical mountain is enormous.
sq3: Will Blue Moon MK1 land before Starship conditional on both happening before 2030?
80%
MK1 is targeting 2026 landing with hardware in final testing NOW. Starship's earliest plausible uncrewed lunar landing is 2028 due to refueling demos and LEO docking test in 2027. If both succeed before 2030, MK1 almost certainly goes first because it's a simpler dedicated lander vs Starship's multi-launch architecture. The only scenario where Starship goes first: MK1 slips dramatically to 2029 AND Starship rapidly accelerates - low probability. Estimate 80%.
Show full reasoning trace
base rate: First-of-kind lunar landers ~50% success. Aerospace timelines slip 30-50% beyond stated dates. SpaceX historically achieves goals but 2-4 years late.
evidence updates: MK1 hardware maturity (environmental testing complete, BE-7 hot fire passed, NS pause to focus resources) pushes MK1 probability up significantly. Starship's massive remaining technical hurdles (refueling, cryo transfer) and NASA's 2027 LEO docking gate keep Starship lunar landing probability moderate. The ordering strongly favors MK1 if both happen.
combination method: P(YES) = P(MK1 lands before 2030) * P(MK1 first | MK1 lands) = 0.50 * 0.85 = 0.42
final: Forecast 42%. Key driver is whether MK1 actually lands in the window - if it does, it almost certainly beats Starship. Confidence is medium-low due to first-of-kind execution risk and timeline uncertainty for both vehicles.
ensemble: {'ensemble_count': 3, 'perspectives': {'base_rate': {'p_yes': 0.42, 'confidence': 0.4}, 'evidence_driven': {'p_yes': 0.42, 'confidence': 0.4}, 'contrarian': {'p_yes': 0.44, 'confidence': 0.4}}, 'spread': 0.02, 'individual_p_yes': {'base_rate': 0.42, 'evidence_driven': 0.42, 'contrarian': 0.44}}
5. Devil's Advocate Sonnet · legacy v2 Market price revealed
Math Error Reasoning Flaw
Challenges
  1. Combination math inconsistency: The reasoning trace states P(YES) = 0.50 * 0.85 = 0.42, but sq3 gives p_yes=0.80, not 0.85. Using the stated sub-forecasts: 0.50 * 0.80 = 0.40, not 0.427. Also, this formula ignores the scenario where MK1 lands but Starship doesn't — in that case MK1 still wins. The correct decomposition is P(MK1 lands before 2030 AND (Starship doesn't land before 2030 OR MK1 lands first)). With P(MK1)=0.50, P(Starship)=0.32, and P(MK1 first | both)=0.80: P(YES) = P(MK1 lands) * [P(Starship doesn't land) + P(Starship lands) * P(MK1 first|both)] = 0.50 * [0.68 + 0.32*0.80] = 0.50 * 0.936 = 0.468. So the forecast is slightly too low by ~4 points due to math error.
  2. Potential correlation neglect: sq1 and sq2 are not independent — both depend on shared factors like NASA Artemis program priorities, lunar regulatory environment, and general aerospace timeline slippage. If the industry slips broadly, both slip together. The conditional sq3 partially captures this but the combination treats sq1 and sq2 marginals as independent.
  3. sq3 may be too low at 80%: Given MK1 is in environmental testing NOW with 2026 target, and Starship needs orbital refueling demos that haven't even begun successfully plus a 2027 LEO docking gate, the conditional probability that MK1 goes first if both succeed should arguably be 85-90%. Starship beating MK1 requires MK1 to slip ~3 years AND Starship to compress its timeline dramatically.
  4. Market divergence assessment is reasonable: The forecaster appropriately flags that KXBLUESPACEX-30 ticker may not match the exact resolution criteria, and the wide bid-ask spread suggests the 69% headline price is not a clean signal. This is sound skepticism, not market dismissal.
Suggested adjustment: +5pp
The combination formula P(YES) = P(MK1) * P(MK1 first | both) double-discounts by ignoring the scenario where MK1 lands and Starship fails to land before 2030 — in that scenario MK1 trivially wins the race. Correcting this raises the forecast from ~0.42 to ~0.47. This is a genuine math/decomposition error, not a market-conformity adjustment.
Market comparison: Forecaster: 42.7%, Market: 69%. The 26-point divergence is large but the market ticker has documented ambiguity and a wide bid-ask spread, so the headline price is unreliable. The forecaster's skepticism of the market is justified. However, even after correcting the math error to ~47%, substantial divergence remains, which is acceptable given the forecaster has specific evidence (NASA's 2027 LEO docking gate, Starship refueling not yet demonstrated) that genuinely caps Starship's near-term lunar timeline.
6. Aggregator Opus · final calibrated forecast
47% (40% confidence)
My independent estimate of 42.7% had a genuine decomposition error: I ignored the scenario where MK1 lands but Starship fails to land before 2030, in which case MK1 trivially wins. I ACCEPT the Devil's Advocate's correction (P(YES) = 0.50 * [0.68 + 0.32*0.80] = 0.468), which yields ~47%. I PARTIALLY ACCEPT the correlation point but it's small in magnitude, and REJECT raising sq3 above 0.80 since Starship's progress is genuinely uncertain. I diverge significantly from the 69% market price because (a) the KXBLUESPACEX-30 ticker has documented ambiguity about exact resolution criteria, (b) the wide bid-ask spread signals the headline price is not a clean consensus, and (c) MK1 hardware maturity is high but first-of-kind lunar landings still fail ~50% of the time per recent CLPS base rates (Astrobotic, ispace x2 failed; IM-1/IM-2 partial).