LMT
Lockheed Martin · NYSE · USA
Cap tier
Large
Approx cap
$110.0B
Bull scenarios
71
Adverse scenarios
0
Other links
0
Modeled impact
unknown
0 explicit links; 71 public links lack move; 0 lack probability
Themes & clusters
From SRC_B Theme-Company Matrix
C7LEO satellitesOrbital Solar / Space-Based SolarRad-Hard Space ChipStarship Satellite Dispenserion engine (xenon)nuclear propulsionorbital refueling
Investment thesis
From SRC_B Company Master
Diversified prime w/ space franchise.
Bull scenarios (71)
Predictions where this ticker benefits
| Pred | Role | Domain | Prediction | Predictor | Current | Move | Impact | Status |
|---|---|---|---|---|---|---|---|---|
| 246_001 | multi_vector | Markets/Stocks | SpaceX will IPO at $2 trillion valuation, raising $75 billion as largest IPO in history. | Peter Diamandis | 78.6% | unknown | unknown | partial |
| SPC_016 | multi_vector | Space | AI transforms Earth Observation satellites via on-orbit edge computing — parsing raw visual and radar data in space, downlinking only actionable insights rather than raw imagery; permanently handing tedious low-cognitive tasks to AI and reserving human... | Ben Lamm | 72.3% | unknown | unknown | in_progress |
| SPC_015 | multi_vector | Space | AI will continuously analyze orbital trajectories of active satellites and space debris to predict collisions with superhuman accuracy — upon identifying collision risks, AI systems will autonomously command satellite Hall-effect thrusters to adjust or... | Andrej Karpathy | 72.3% | unknown | unknown | in_progress |
| CYB_021 | multi_vector | Space | Commercial orbital missions will increasingly depend on AI for advanced simulations, human health diagnostics in microgravity, and autonomous operation of spacecraft life-support systems — positioning AI as mission-critical infrastructure for sustained... | Jared Isaacman | 65.5% | unknown | unknown | in_progress |
| SPC_018 | multi_vector | Markets/Stocks | Five North America-linked miners — MP Materials, Almonty Industries, Freeport-McMoRan, Alcoa, Teck Resources — are critical dependencies for the emerging space hardware supply chain: copper (regenerative cooling channels, Raptor/BE-4 pressure scaling),... | Morgan Stanley | 65.2% | unknown | unknown | in_progress |
| SPC_003 | multi_vector | Markets/Stocks | The 'Space 60' framework — mapping 60 public companies spanning the full aerospace supply chain — will drive value capture well beyond prime contractors to encompass raw-material suppliers, component manufacturers, and satellite-service operators, fund... | Morgan Stanley | 65.1% | unknown | unknown | in_progress |
| 246_008 | multi_vector | Markets/Stocks | Elon Musk will merge SpaceX and XAI (with Tesla) within a year (Peter's view). | Peter Diamandis | 62.4% | unknown | unknown | partial |
| 231_037 | multi_vector | Space | Dyson swarm launchers will not be a SpaceX singleton; many orgs will launch their own. | Alex Wissner-Gross | 57.8% | unknown | unknown | pending |
| SPC_027 | multi_vector | AI | A 'trillion-dollar agent economy' driven by hyper-deflation of intelligence — AI intelligence becoming 100x cheaper every two years; in aerospace this enables mission planning, orbital trajectory calculation, and CAD modeling to be executed autonomousl... | Alex Finn | 57.7% | unknown | unknown | in_progress |
| ROB_023 | multi_vector | Space | SpaceX expects approximately 140-145 Falcon 9 launches in 2026 — maintaining the infrastructural backbone required to deploy advanced AI systems into orbit; SpaceX aims to place AI directly on the Moon by 2026. | Gwynne Shotwell | 57.7% | unknown | unknown | in_progress |
| 248_004 | multi_vector | Space | Launching 40,000 V3 Starlinks requires only 3 Starship launches per week over 3 years. | Peter Diamandis | 57.5% | unknown | unknown | pending |
| SPC_005 | multi_vector | Markets/Stocks | AST SpaceMobile (ASTS) will scale from $70.9M full-year 2025 revenue (guided $150M-$200M for 2026) to approximately $1 billion by 2027 — driven by direct-to-cell satellite technology commercialization. | Morgan Stanley | 55.7% | unknown | unknown | in_progress |
| 230_016 | multi_vector | Space | Data center regulation in NY/elsewhere will accelerate moving compute to orbit (Dyson swarm). | Alex Wissner-Gross | 54.7% | unknown | unknown | in_progress |
| SEM_043 | multi_vector | Space/Compute | SpaceX is actively exploring deployment of data centers in space — seeking regulatory permission immediately as rivals investigate orbital compute. | Gwynne Shotwell | 53.6% | unknown | unknown | in_progress |
| COD_SPC_006 | multi_vector | Space | Vast Haven-1 reaches orbit by end 2026 | Codex Research Pack | 51.5% | unknown | unknown | pending |
| 246_004 | multi_vector | Markets/Stocks | SpaceX will come out at $2T and run up very quickly to $3T. | Peter Diamandis | 50.1% | unknown | unknown | pending |
| 232_051 | multi_vector | Space | Amazon's satellite construction outpaces launch capacity; duopoly between Starlink and Amazon LEO. | Peter Diamandis | 49.1% | unknown | unknown | pending |
| 242_005 | multi_vector | Space | Starship launch cadence will reach one every 5.3 minutes (274/day) | Peter Diamandis | 49.1% | unknown | unknown | pending |
| COD_SPC_004 | multi_vector | Space | Europa Clipper completes Earth gravity assist in December 2026 | Codex Research Pack | 48.4% | unknown | unknown | pending |
| 232_045 | multi_vector | Energy | Tesla and SpaceX each aim to generate 100 gigawatts of solar per year. | Elon Musk | 47.8% | unknown | unknown | pending |
| 231_035 | multi_vector | Space | SpaceX/Elon will consume all their launch capacity for Starlink, leaving other providers constrained. | Peter Diamandis | 47.6% | unknown | unknown | in_progress |
| 246_002 | multi_vector | Markets/Stocks | SpaceX 2026 revenue will double to $20 billion (from $16B in 2025). | Peter Diamandis | 46.3% | unknown | unknown | pending |
| 242_026 | multi_vector | Auto/Transport | Rocket point-to-point travel will win over hyperloop due to Starship launch cadence | Peter Diamandis | 46.2% | unknown | unknown | pending |
| SPC_013 | multi_vector | Space | As 15th NASA Administrator (confirmed December 2025), Isaacman predicts NASA will launch astronauts into space every 6-9 months via commercial partnerships — plus aggressive reinforcement of lunar-lander programs to establish a permanent surface presen... | Jared Isaacman | 46.0% | unknown | unknown | in_progress |
| 242_037 | multi_vector | Space | China will land on the moon before end of 2030 | China (government) | 45.7% | unknown | unknown | pending |
| SPC_021 | multi_vector | Space | Relativity Space will revolutionize manufacturing of atmospheric and orbital vehicles by layering AI/ML software with intelligent robotics — drastically reducing part counts and manufacturing latency via autonomous rocket-construction pipelines. | Eric Schmidt | 45.4% | unknown | unknown | in_progress |
| 248_041 | multi_vector | Space | Maine data center moratorium gives other states / Elon time to move compute to orbit. | Peter Diamandis | 45.3% | unknown | unknown | pending |
| SPC_002 | multi_vector | Markets/Stocks | A SpaceX public-market liquidity event will reach a $1.5 trillion to $2 trillion valuation target — with roughly one-third defensible solely on proven Starlink + launch cash flow, and remaining two-thirds resting on speculative programs (Starship V3, o... | Morgan Stanley | 45.0% | unknown | unknown | pending |
| COD_SPC_001 | multi_vector | Space | Artemis III flies as an Earth-orbit HLS/EVA suit test mission in 2027, not a lunar landing | Codex Research Pack | 43.9% | unknown | unknown | pending |
| COD_SPC_007 | multi_vector | Space | NASA ESCAPADE arrives at Mars in fall 2027 after 2026 Earth gravity assist | Codex Research Pack | 43.4% | unknown | unknown | pending |
| IND_010 | multi_vector | Biotech/Longevity | Autonomous orbital manufacturing (facilitated by companies like Varda Space Industries) will successfully return pharmaceutical products processed in microgravity that are commercially superior to those manufactured on Earth by 2026 — new Biotech front... | Jared Isaacman | 43.2% | unknown | unknown | in_progress |
| 230_033 | multi_vector | AI | Intelligence explosion shockwave propagates from math → physical sciences → planetary systems, Dyson swarm by early 2030s. | Alex Wissner-Gross | 42.8% | unknown | unknown | pending |
| 246_010 | multi_vector | Markets/Stocks | SpaceX/XAI/Tesla will be the first $100 trillion company within 5 years. | Peter Diamandis | 42.7% | unknown | unknown | pending |
| 246_013 | multi_vector | Space | Artemis 4 crewed moon landing mission to south pole in early 2028. | Peter Diamandis | 42.2% | unknown | unknown | pending |
| 248_001 | multi_vector | Space | Apple will soon pit Amazon (Global Star) against SpaceX Starlink as dual satellite vendors. | Alex Wissner-Gross | 42.0% | unknown | unknown | pending |
| 246_015 | multi_vector | Space | Elon will launch Starship toward Mars this year (2026, cited from Elon). | Elon Musk | 41.6% | unknown | unknown | pending |
| SPC_012 | multi_vector | Space | SpaceX will perfect orbital refueling architectures by 2027 — the critical prerequisite for future Mars missions, enabling Starship depot-based beyond-LEO operations. | Peter Diamandis | 40.9% | unknown | unknown | pending |
| 246_014 | multi_vector | Space | Elon's stated orbital refueling and Mars/Moon timelines will slip. | Alex Wissner-Gross | 40.1% | unknown | unknown | pending |
| SPC_009 | multi_vector | Space | Formal 5-to-7-year delay announced February 2026 for SpaceX's foundational Mars missions — framed as 'sequencing decision' not abandonment. Executing NASA Artemis lunar contracts generates near-term revenue to finance Starship R&D. Shotwell's prior Mar... | Gwynne Shotwell | 38.7% | unknown | unknown | in_progress |
| 234_040 | multi_vector | Real Estate | Elon predicts FSD and Starlink may reverse urbanization in America | Elon Musk | 38.4% | unknown | unknown | pending |
| 242_007 | multi_vector | Markets/Stocks | Prediction markets favor $2T+ SpaceX IPO pricing in Terafab value | Prediction markets | 37.6% | unknown | unknown | pending |
| 242_051 | multi_vector | Space | Dyson swarm compute infrastructure will be realized in a few years | Alex Wissner-Gross | 37.0% | unknown | unknown | pending |
| 234_045 | multi_vector | Space | Moon disassembly for AI data centers may not actually be needed due to physics advances | Alex Wissner-Gross | 36.9% | unknown | unknown | pending |
| 246_054 | multi_vector | Space | Blue Origin gearing up to be first-tier competitor with SpaceX for moon missions. | Alex Wissner-Gross | 36.7% | unknown | unknown | pending |
| 239_010 | multi_vector | Space | Mass driver on the moon within 10 years | Elon Musk | 36.7% | unknown | unknown | pending |
| 242_038 | multi_vector | Space | Humans will land on the moon again in 2-3 years via Starship | Alex Wissner-Gross | 35.2% | unknown | unknown | pending |
| 246_007 | multi_vector | Markets/Stocks | SpaceX road show will begin in June 2026. | Peter Diamandis | 35.1% | unknown | unknown | pending |
| 242_009 | multi_vector | Space | We will have multiple Dyson swarms | Alex Wissner-Gross | 33.9% | unknown | unknown | pending |
| COD_SPC_005 | multi_vector | Space | NASA Dragonfly launches on Falcon Heavy in the July 2028 window | Codex Research Pack | 33.4% | unknown | unknown | pending |
| 232_046 | multi_vector | Space | SpaceX will build a system that allows anyone to travel to moon and Mars after Starship V3 flies repeatedly. | Elon Musk | 32.5% | unknown | unknown | pending |
| SEM_044 | multi_vector | Space | Blue Origin will land cargo at Shackleton Crater before SpaceX — validating lunar economy and resource extraction as immediate commercial priority. | Peter Diamandis | 32.2% | unknown | unknown | pending |
| 246_009 | multi_vector | Markets/Stocks | SpaceX and Tesla will NOT merge absent financial distress or capital need. | Alex Wissner-Gross | 32.1% | unknown | unknown | pending |
| 246_020 | multi_vector | Geopolitics | China will land on moon by 2030 (credible competitive mission). | Alex Wissner-Gross | 31.7% | unknown | unknown | pending |
| 235_016 | multi_vector | Space | SpaceX IPO anticipated potentially as early as next month (April 2026). | Peter Diamandis | 31.2% | unknown | unknown | pending |
| 237_026 | multi_vector | AI | The cadence of AI breakthroughs and Moonshot episodes will keep picking up as we are in the singularity. | Peter Diamandis | 31.2% | unknown | unknown | pending |
| 231_032 | multi_vector | Space | Everyone (China included) will want their own Dyson swarms/Saturnian rings in solar-synchronous orbit. | Alex Wissner-Gross | 31.2% | unknown | unknown | pending |
| 239_009 | multi_vector | Space | People will be on Mars within 10 years | Elon Musk | 30.9% | unknown | unknown | pending |
| 246_012 | multi_vector | Space | Artemis 3 crewed mission to low earth orbit in 2027 (rendezvous/docking tests). | Peter Diamandis | 30.5% | unknown | unknown | pending |
| 234_029 | multi_vector | Space | Humans will not take cows to the moon or Mars as foodstock | Alex Wissner-Gross | 30.0% | unknown | unknown | pending |
| 232_047 | multi_vector | Space | Mass drivers on the moon will shoot AI satellites into deep space; self-sustaining lunar city will follow. | Elon Musk | 30.0% | unknown | unknown | pending |
| 239_008 | multi_vector | Space | Moon base will exist in 10 years | Elon Musk | 28.8% | unknown | unknown | pending |
| 235_040 | multi_vector | Space | Earth-scale Dyson swarm in solar synchronous orbit will be built regardless of physics. | Alex Wissner-Gross | 26.2% | unknown | unknown | pending |
| 238_003 | multi_vector | Media/Ads | Moonshots podcast team will soon move into an Airbnb for continuous podcasting | Peter Diamandis | 25.0% | unknown | unknown | pending |
| COD_SPC_002 | multi_vector | Space | The next US crewed lunar surface landing occurs on Artemis IV in 2028 | Codex Research Pack | 22.2% | unknown | unknown | pending |
| IND_016 | multi_vector | Space | By late 2026, SpaceX will launch a flotilla of approximately 5 uncrewed Starships to the Martian surface — success relies entirely on autonomous orbital refilling + AI-driven landing telemetry, proving precursor infrastructure for human colonization ca... | Gwynne Shotwell | 21.7% | unknown | unknown | pending |
| 232_049 | multi_vector | Space | Dyson swarm of AI orbital data centers will be built by disassembling the moon via mass drivers. | Alex Wissner-Gross | 19.0% | unknown | unknown | pending |
| SPC_010 | multi_vector | Space | Establishment of a self-sustaining city on Mars populated by 1 million people by the year 2050 — despite logistical delays and the lunar detour, Musk maintains this ultimate target. | Elon Musk | 17.0% | unknown | unknown | pending |
| 248_019 | multi_vector | Space | US data center moratoriums will push AI compute out to LEO / sun-synchronous orbit / Dyson swarm. | Alex Wissner-Gross | 11.9% | unknown | unknown | in_progress |
| 248_037 | multi_vector | AI | State data-center moratoriums will accelerate Dyson-swarm / orbital compute innovation due to constriction. | Alex Wissner-Gross | 10.2% | unknown | unknown | pending |
| SPC_024 | multi_vector | Labor/Jobs | Graduating class of 2035 (Generation Alpha) could entirely bypass traditional terrestrial office environments, trading cubicles for high-paying AI-driven careers in outer space and orbital infrastructure. | Sam Altman | 10.0% | unknown | unknown | pending |
| SPC_011 | multi_vector | Space | Lunar-surface factories leveraging local resources will manufacture satellites and deploy them directly into deep space via electromagnetic mass drivers — scaling to 500-1000 Terawatts/year of AI data centers in space, allowing humanity to 'meaningfull... | Elon Musk | 5.0% | unknown | unknown | pending |
Adverse scenarios (0)
Predictions where this ticker is displaced
| Pred | Domain | Prediction | Predictor | Current | Move | Impact | Mechanism |
|---|---|---|---|---|---|---|---|
| No adverse scenarios | |||||||