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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 · 2026-05-01
38%
Agent
65%
Market Price
-27.0%
Edge
38%
Confidence
Volume: 59,797
Spread: 4.0c
Days to resolution: 1341
Markets in event: 1
Final Rationale
My independent estimate of 32% was built on P(MK1 lands by 2030) ≈ 42% and a conditional advantage for MK1 going first if both succeed. I ACCEPT the Devil's Advocate's structural math correction: the question resolves YES whenever MK1 lands before 2030 AND Starship hasn't yet landed, which includes the ~72% scenario where Starship fails to achieve uncrewed lunar landing by 2030 entirely (needs orbital refueling, ~10+ tanker flights, none demonstrated). Recomputing: 0.42 × (0.72 + 0.28×0.75) ≈ 0.39. I REJECT anchoring to the 65% market price because the $0.01/$0.99 spread indicates essentially no price discovery despite nominal depth. Final estimate 0.38 reflects the corrected decomposition while retaining skepticism about Blue Origin's schedule adherence (MK1 NET late 2026 with significant slip risk).
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
2026-04-04 50% 72% 25%
1. Planner Opus · Fermi decomposition + tool plan
Tools chosen: kalshi_data kalshi_orderbook article_search web_search wikipedia_lookup
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 successfully land an uncrewed Starship on the moon before January 1, 2030? (w=0.35)
  3. Will Blue Origin land an uncrewed Blue Moon MK1 on the moon BEFORE SpaceX lands an uncrewed Starship (given both achieve this before 2030)? (w=0.30)
Planner reasoning
This question is really asking about a RACE condition: does Blue Moon MK1 touch down before Starship does an uncrewed lunar landing? The resolution requires BOTH (a) Blue Origin succeeds before 2030 AND (b) SpaceX has NOT yet done an uncrewed lunar Starship landing at that point. Key considerations: 1. **SpaceX Starship trajectory**: NASA's Artemis III is targeting a crewed Starship lunar landing. But this question is specifically about UNCREWED Starship landing. SpaceX would logically do an uncrewed demo flight to the Moon before crewed. Given Starship's iterative test cadence and NASA contracts, an uncrewed lunar landing could plausibly happen 2026-2028. 2. **Blue Origin Blue Moon MK1 trajectory**: Blue Origin has the NASA HLS Option B contract for Blue Moon. MK1 is their demonstration lander. Blue Origin's historical pace is significantly slower than SpaceX. However, they have real NASA funding and contractual deadlines. 3. **Race dynamics**: SpaceX has demonstrated far more rapid development velocity. The prior probability that SpaceX reaches uncrewed lunar landing BEFORE Blue Origin is very high, perhaps 75-85%. Blue Moon MK1 winning the race requires SpaceX to be delayed AND Blue Origin to execute on time — a conjunction of low-probability events. 4. **Temporal sequence**: For YES, Blue Moon must launch and land before Starship does. Given SpaceX's current test cadence (multiple Starship flights in 2024-2025), and their lunar ambitions, an uncrewed Starship lunar demo in 2027-2028 is plausible. Blue Moon MK1 would need to launch, travel to the Moon, and land successfully in the same window but earlier. Blue Origin has never launched a rocket to the Moon. 5. **Base rates**: New lunar lander programs historically face significant delays. Blue Origin's track record (New Shepard, New Glenn delays) suggests schedule slips are likely. SpaceX's track record shows faster iteration but also delays on specific milestones. 6. **Reference class**: In head-to-head space races between SpaceX and competitors, SpaceX has consistently been faster. The probability that Blue Origin beats SpaceX on any given technical milestone is historically low. The compound probability (Blue Moon succeeds before 2030 AND before Starship) is likely quite low — perhaps 5-15%.
2. Research Parallel tool calls · legacy v2
ToolStatusTimeItemsSummary
kalshi_data OK 2.0s -
kalshi_orderbook OK 0.1s -
article_search OK 0.7s -
web_search OK 66.5s -
wikipedia_lookup OK 1.6s -
3. Evidence Synthesis Sonnet · 16 items · legacy v2
#StrengthCredibilityDirectionSourceClaimPriced In
1 STRONG 78 ↑ UP web_search Blue Moon MK1 lander 'Endurance' (SN001) is currently listed as NET late summer 2026, having slipped from an earlier 2026 launch target, and is undergoing modal testing and thermal vacuum testing in Houston as of April 2026. No
2 MODERATE 82 ↑ UP article_search Blue Origin paused New Shepard flights in January 2026 to redirect resources toward Blue Moon lunar lander development, signaling serious commitment to accelerating the MK1 program. Yes
3 STRONG 85 ↓ DOWN wikipedia_lookup Blue Moon MK1 was originally planned to land on the Moon in 2024 and has already slipped to 2026, demonstrating a pattern of schedule delays characteristic of Blue Origin programs. Yes
4 MODERATE 72 ↑ UP web_search NASA's VIPER rover is planned for Blue Origin's 2nd Blue Moon MK1 mission, and NASA awarded Blue Origin $6.1M for CLPS payloads, indicating institutional backing for the MK1 program. Yes
5 MODERATE 74 ↓ DOWN web_search Blue Moon MK1 still needs to complete launch vehicle separation system tests, communications system tests, and a wet dress rehearsal before launch — several major milestones remain before flight as of late April 2026. No
6 WEAK 40 NEUTRAL kalshi_data The Kalshi market KXBLUESPACEX-30 is priced at 65%, but this appears to be a composite market about whether Blue Origin OR SpaceX lands first (or at all), not specifically Blue Moon MK1 landing before 2030 in isolation. Yes
7 STRONG 80 NEUTRAL web_search SpaceX is contractually required by NASA to perform an uncrewed Starship lunar landing demonstration before any crewed Artemis mission, but Starship still requires orbital propellant transfer demonstration which has not been completed. Yes
8 STRONG 85 ↓ DOWN article_search NASA's February 2026 overhaul added a new crewed LEO docking test in 2027 (new Artemis III) before a moon landing in 2028 (new Artemis IV), implying SpaceX Starship uncrewed lunar landing would likely need to happen in 2027-2028 at earliest. Yes
9 STRONG 88 ↓ DOWN wikipedia_lookup As of October 2025, Starship has completed 11 test flights (6 successes, 5 failures) and has not demonstrated orbital propellant transfer, a critical prerequisite for a lunar landing mission. Yes
10 MODERATE 75 NEUTRAL article_search NASA is targeting crewed lunar landings (Artemis IV) in 2028, with SpaceX's uncrewed demo necessarily preceding that — suggesting SpaceX uncrewed lunar Starship landing is plausible in 2027-2028 but has significant schedule risk. Yes
11 MODERATE 90 ↑ UP article_search Artemis II (crewed lunar flyby) completed successfully in April 2026, representing a positive milestone for the overall Artemis program that supports Starship HLS timeline viability. Yes
12 MODERATE 65 ↑ UP web_search Blue Moon MK1 'Endurance' is targeting launch NET late summer 2026, which would give Blue Origin a potential head start of 1-2+ years over an uncrewed Starship lunar landing (projected 2027-2028), suggesting Blue Origin could beat SpaceX IF the MK1 mission succeeds. No
13 STRONG 80 ↓ DOWN article_search Blue Origin's historical track record shows significant delays (New Shepard years-long program, New Glenn delays), while SpaceX has demonstrated much faster iteration cadence — this favors SpaceX winning any head-to-head race. Yes
14 MODERATE 72 ↑ UP article_search NASA's new plan requires both SpaceX and Blue Origin landers to dock with a crewed capsule in LEO in 2027 (new Artemis III), which may delay their respective uncrewed lunar landing demos relative to earlier plans. No
15 WEAK 30 NEUTRAL kalshi_data The Kalshi market KXBLUESPACEX-30 at 65% is ambiguous — it is unclear if this represents the probability that Blue Origin lands before SpaceX, that either lands before 2030, or some other composite question. The orderbook spread is extremely wide ($0.01 bid / $0.99 ask) suggesting very low liquidity and unreliable price discovery. Yes
16 MODERATE 70 ↑ UP web_search Blue Moon MK1 is a dedicated lunar lander requiring only a single New Glenn launch to reach the Moon, whereas Starship HLS requires multiple orbital propellant transfers — giving MK1 a structural architectural advantage in timing if it can be made to work. Yes
Information Gaps
  • No confirmed timeline for SpaceX Starship orbital propellant transfer demonstration, which is a critical prerequisite for any uncrewed lunar landing — this is the single most important unknown for sq2 and sq3
  • No specific launch window or launch vehicle confirmed for Blue Moon MK1 'Endurance' beyond 'NET late summer 2026' — further slips are likely but unquantified
  • No data on current status of Starship HLS-specific development (propellant depot configuration, lunar descent/ascent engine testing) as distinct from general Starship development
  • No information on whether SpaceX has any plans for an independent (non-NASA) uncrewed lunar Starship mission that could occur outside the Artemis framework
  • No data on New Glenn's manifest and whether it can support a Blue Moon MK1 launch in late 2026 given competing launch commitments
  • No information on Blue Origin's MK2 (human lander) development timeline relative to MK1
  • No clarity on resolution criteria: does an autonomous/soft landing of Blue Moon MK1 count as 'landing' even if systems fail post-touchdown?
Key Uncertainties
  • Whether Blue Moon MK1 'Endurance' can maintain its late summer 2026 launch target or will slip further into 2027+, given remaining test milestones
  • Whether SpaceX can demonstrate orbital propellant transfer capability in 2026-2027 to enable an uncrewed lunar Starship mission by 2027-2028
  • The exact sequencing of NASA's new Artemis plan: whether the 2027 LEO docking test delays or accelerates uncrewed lunar landing demos for either vehicle
  • Whether NASA's overhaul changes the contractual requirement for an uncrewed Starship lunar demo (it might be folded into the crewed Artemis IV mission instead)
  • Blue Origin's ability to successfully execute a complex cryogenic lunar lander mission given limited deep-space heritage
  • Whether the Kalshi market price (65%) applies to the compound question (Blue Origin before SpaceX) or some other framing — market liquidity is so low as to make it uninformative
Market Context
Price: 0.65 · 7d: +0.03 · 30d: -0.01
Volume: LOW · Depth: MISLEADINGLY HIGH — depth of 31,714 reported but bid/ask spread is $0.98 ($0.01 bid vs $0.01 no-bid), suggesting the market is nearly illiquid with essentially no active trading
Reliability: VERY LOW — The extreme bid-ask spread ($0.01/$0.99) indicates this market has essentially no price discovery. The 65% price may be stale or set by a single participant. The market label (KXBLUESPACEX-30) is ambiguous and may not directly correspond to the forecasting question's exact resolution criteria. Do not use this as a reliable probability signal.
4. Independent Forecaster Opus · No market price · legacy v2 Did NOT see market price
Independent estimate: 32% (37% confidence)
base rate
31%
35% conf
evidence driven
33%
35% conf
contrarian
32%
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?
42%
Base rate for first-of-its-kind lunar landers succeeding on first attempt is roughly 50% (recent CLPS missions: Astrobotic failed, Intuitive Machines IM-1 partial, IM-2 failed, Firefly Blue Ghost succeeded, SLIM succeeded partially). Base rate for a stated launch date holding within 6 months for Blue Origin is low (~20-30%). Combined: P(launches by 2029) is reasonably high given 3.5 year window even with slips - perhaps 70%. P(successful soft landing | launches) ~ 55-60% given MK1 is purpose-built and Blue Origin has resources. 0.70 * 0.58 ≈ 0.41. Evidence: NET late summer 2026 with remaining tests pushes timing realistic; New Shepard pause UP slightly; institutional NASA backing UP. History of slips DOWN. Final: ~42%.
sq2: Will SpaceX successfully land an uncrewed Starship on the moon before January 1, 2030?
28%
Base rate: SpaceX hits major milestones but typically 2-4x later than Musk's stated timelines. The technical hurdles are immense: orbital refueling (never demonstrated), cryogenic propellant transfer at scale (10+ tanker flights), lunar descent engines, etc. As of late 2025, 11 flights with mixed results, no propellant transfer demo. NASA's revised plan pushes uncrewed demo to 2027-2028. P(propellant transfer by 2028) ~50%. P(uncrewed lunar landing | transfer works) by 2030 ~55%. Combined ~28%. The architectural complexity (multiple launches required) is the dominant constraint. Final: 28%.
sq3: Will Blue Origin land an uncrewed Blue Moon MK1 BEFORE SpaceX lands an uncrewed Starship (conditional)?
70%
Conditional on both happening before 2030: Blue Moon MK1 has a much simpler architecture (single New Glenn launch vs. ~10+ Starship launches with depot transfer). MK1 is targeting late 2026, Starship lunar landing is realistically 2028+. If both succeed by 2030, MK1 almost certainly goes first because Starship's prerequisites take so long. The main scenario where Starship goes first: MK1 fails on first attempt and needs retry while Starship pushes through. Estimate ~70% MK1 first if both happen.
Show full reasoning trace
base rate: Lunar lander first-attempt success rate ~50%. Blue Origin schedule adherence base rate ~25-30%. SpaceX major milestone rate vs. stated timeline ~40-50% within 2 years. Head-to-head SpaceX vs Blue Origin races historically favor SpaceX, but architectural simplicity strongly favors MK1 here.
evidence updates: MK1 NET late summer 2026 with remaining tests is credible but implies further slips likely. Starship still needs orbital propellant transfer - massive hurdle. NASA's revised Artemis pushes Starship lunar demo to 2027-2028. Architectural asymmetry is the key insight: MK1 = 1 launch, Starship lunar = 10+ launches with unprecedented refueling.
combination method: Conditional probability: P(MK1 by 2030) × P(MK1 before Starship | MK1 succeeds). 0.42 × 0.75 ≈ 0.31.
final: The question resolves YES if Blue Origin executes MK1 successfully before 2030 AND before Starship's uncrewed lunar landing. Given MK1's structural timing advantage but Blue Origin's execution risk, ~31%.
ensemble: {'ensemble_count': 3, 'perspectives': {'base_rate': {'p_yes': 0.31, 'confidence': 0.35}, 'evidence_driven': {'p_yes': 0.33, 'confidence': 0.35}, 'contrarian': {'p_yes': 0.32, 'confidence': 0.4}}, 'spread': 0.02, 'individual_p_yes': {'base_rate': 0.31, 'evidence_driven': 0.33, 'contrarian': 0.32}}
5. Devil's Advocate Sonnet · legacy v2 Market price revealed
Math Error Reasoning Flaw
Challenges
  1. Possible double-counting in the combination: sq3 conditional (0.70) already accounts for Blue Moon MK1 happening before Starship given both occur. But the proper formula for P(MK1 lands AND before Starship by 2030) is P(MK1 by 2030) × P(Starship after MK1 OR Starship doesn't happen by 2030 | MK1 by 2030). The forecaster computed 0.42 × 0.70 = 0.294, but the question only requires MK1 lands before Starship — it doesn't require Starship to land at all. If Starship fails to land by 2030 (probability ~72% per sq2), then ANY successful MK1 landing wins. The decomposition should be: P(MK1 lands by 2030) × [P(Starship doesn't land by 2030) + P(Starship lands but after MK1 | both land)]. Roughly: 0.42 × [0.72 + 0.28×0.75] ≈ 0.42 × 0.93 ≈ 0.39. The forecast is slightly underestimated due to this structural error.
  2. The sq3 reasoning conflates two different conditionals. '70% MK1 first if both happen' is being applied as if it were 'P(MK1 wins | MK1 succeeds)', but these differ substantially when Starship has high failure probability.
  3. Confidence (0.367) seems reasonable given 3.5 years of uncertainty, but the forecast may be slightly underweighting the asymmetric architectural advantage repeatedly emphasized in the evidence — MK1 needs 1 launch, Starship needs ~10+ with unprecedented refueling.
  4. The market at 65% with a $0.01/$0.99 spread is genuinely uninformative; the forecaster correctly does not anchor to it. No adjustment toward market is warranted.
Suggested adjustment: +6pp
The combination math undercounts the scenario where MK1 succeeds and Starship simply fails to land by 2030 (a ~72% scenario per sq2). Correctly decomposed: P(YES) = P(MK1 by 2030) × [P(Starship doesn't land by 2030) + P(Starship lands after MK1 | both)] ≈ 0.42 × (0.72 + 0.28×0.75) ≈ 0.39. This is a structural reasoning fix, not market conformity.
Market comparison: Forecaster: 32%, Market: 65%. The market is essentially illiquid (bid-ask $0.01/$0.99) and provides no reliable signal. The 33-point divergence should not drive adjustment. A small upward adjustment (~6 points) is justified solely on internal math correction.
6. Aggregator Opus · final calibrated forecast
38% (38% confidence)
My independent estimate of 32% was built on P(MK1 lands by 2030) ≈ 42% and a conditional advantage for MK1 going first if both succeed. I ACCEPT the Devil's Advocate's structural math correction: the question resolves YES whenever MK1 lands before 2030 AND Starship hasn't yet landed, which includes the ~72% scenario where Starship fails to achieve uncrewed lunar landing by 2030 entirely (needs orbital refueling, ~10+ tanker flights, none demonstrated). Recomputing: 0.42 × (0.72 + 0.28×0.75) ≈ 0.39. I REJECT anchoring to the 65% market price because the $0.01/$0.99 spread indicates essentially no price discovery despite nominal depth. Final estimate 0.38 reflects the corrected decomposition while retaining skepticism about Blue Origin's schedule adherence (MK1 NET late 2026 with significant slip risk).
7. Entry Decision Opus Trader
Side
NO
Position Size
$850
Contracts
2237
Trader Confidence
38%
Trade Rationale
Edge is large (-27%) pointing toward NO at $0.65. The forecaster's decomposition is sound: Starship needs unproven orbital refueling with ~10+ tanker flights to reach the moon, making P(Starship lunar landing by 2030) genuinely low (~28%), while MK1 itself faces significant schedule risk (only 42% to land by 2030). Even after the critic's +0.06 adjustment, fair value is ~0.44 vs market 0.65, leaving ~21% edge. However, forecaster confidence is low (0.38), liquidity is essentially zero (0 contracts depth), and resolution is 3.7 years out — all reasons to size below baseline.
Allocation Logic
Sized at $850 — below the $1000 baseline because of low forecaster confidence (0.38), zero orderbook depth, and a very long 1341-day horizon, but above the $500 floor because the headline edge is substantial (~21-27%) and the structural reasoning (Starship refueling barrier) is robust.
Entry price: $0.38
Current: $0.39
Status: OPEN
P&L: $22.37