SPCX: The Right Buy Point on the Most Consequential IPO in a Generation.

“But those who hope in the Lord will renew their strength. They will soar on wings like eagles; they will run and not grow weary, they will walk and not be faint.” Isaiah 40:31

God’s promises are there for anyone who chooses to accept them. Life is full of challenges and difficulty, and God’s truth is there to help us all get through these aspects of our lives. Renewed strength and lack of weariness is not meant to equate to strength of mind or physique, but to offer alignment to a perfect God who though the power of His word can serve as the driver for our strength.

IPO UPDATE — June 3, 2026: $135 Fixed Price  ·  555.6M Shares  ·  $75B Raised  ·  $1.77T Valuation  ·  June 12 Nasdaq SPCX

SpaceX made IPO history by publicly setting a fixed $135 price one week before trading — abandoning the traditional roadshow price discovery process. At 555.6 million Class A shares and an optional overallotment of 83.3 million additional shares, total proceeds could reach $86.5 billion — the largest IPO in history by a multiple. Elon Musk retains 82.4% voting control. The company posted $18.67 billion in 2025 revenue (+33% YoY) and a net loss of $4.94 billion. The loss is structural — driven by Starship R&D and xAI integration costs — not operational failure.

At $135 per share, SpaceX enters the public market as the seventh-largest U.S.-listed company by market capitalization — ahead of Tesla at $1.6 trillion and immediately inside the top 10. The valuation is high by every conventional metric. The opportunity is real by every unconventional one. This point does not argue that $135 is cheap. It argues that $135 is the beginning of a multi-year compounding thesis in a company with no true public comparable — and that the right buy point is defined by one’s time horizon, not a first-day return.

•  The model says $135–$150 is a fair entry — but only if you hold through 2027. The proprietary OCF model projects 2026 revenue of $30.8 billion and operating cash flow of $11.1 billion across 13.25 billion diluted shares — producing an OCF/share estimate of $0.84 and a 2026 price target of $146.36. At $135, investors are buying in just below that near-term target with limited 2026 upside but meaningful multi-year runway. The 2027 target on the same model is $203.23, representing 50% appreciation from the IPO price as Starship commences orbital payload delivery and Starlink V3 satellites accelerate subscriber economics. The model’s 2030 target of $337.12 and 2032 target of $399.15 reflect 150% and 196% appreciation respectively from the IPO price — thesis-level returns that justify the premium entry multiple. First-day pops on hyped tech IPOs frequently retrace 20–40% within 90 days. A patient buyer who waits for any post-IPO pullback toward $120–$130 before adding to a core position materially improves their OCF yield and long-term return profile.

•  SpaceX’s competitive lead is measured not in quarters but in decades. In 2024, SpaceX completed 134 launches — more than every other launch provider on Earth combined. The combined output of all global competitors failed to match a single company's cadence. Blue Origin's New Glenn suffered a catastrophic failure, setting back its heavy-lift ambitions by 12–18 months. Rocket Lab and ULA operate in niches SpaceX has deliberately vacated because the economics of small and medium lift are not where the company is going. Starship’s cost-per-kg to LEO is projected at $100 long-term versus Falcon 9’s $629 per kg — a 6x structural cost advantage over SpaceX’s own current vehicle, and a 26x advantage over legacy expendable launchers. No competitor has a vehicle in development that closes this gap within the decade. SpaceX is not in a race. It lapped the field numerous times.

•  Starship is the virtuous cycle engine that unlocks every other revenue line. SpaceX confirmed in its S-1 that Starship V3 will commence orbital payload delivery in the second half of 2026 — the most important operational milestone in the company’s history. Each Starship V3 can carry 60 next-generation Starlink V3 satellites, each providing 1 terabit per second of throughput — versus Falcon 9’s 22 satellites per launch at a fraction of the capacity. This 3x improvement in deployment rate combined with 100x the per-satellite capacity creates a network density flywheel: more V3 satellites means faster speeds, lower latency, and higher ARPU, which accelerates subscriber growth toward the model’s 14 million by 2026 and 70.6 million by 2032. The connectivity revenue line grows from $11.15 billion in 2025 to $59.3 billion by 2032 in the model — and that is before direct-to-device V2 Mobile satellites launch in 2027, which eliminate the need for ground infrastructure entirely and open 3 billion underserved mobile subscribers as an addressable market. Starship also enables the AI data center buildout. SpaceX’s AI revenue segment grows from $5.05 billion in 2025 to $91.2 billion by 2032 in the model — the fastest-growing segment and the most underappreciated by the market today. Orbital data centers powered by Starship launches and serviced by Starlink broadband represent a compute infrastructure layer with no earthbound cost constraint on power or cooling.

•  SpaceX is positioned to impact telecommunications, AI infrastructure, and robotics simultaneously. The telecommunications disruption is already underway. Starlink’s direct-to-device capability makes SpaceX a global wireless carrier without towers, spectrum auctions, or terrestrial infrastructure costs — a structural advantage over AT&T, Verizon, and every European incumbent. The AI infrastructure thesis follows directly from the Starship virtuous cycle — orbital compute powered by solar energy with no grid constraints, no land permitting, no water cooling requirements. The Anthropic and Google compute deals at $1.25 billion and $920 million per month respectively through spring 2029 — confirmed in the SpaceX prospectus — validates that the largest AI companies are already willing to pay for SpaceX’s orbital infrastructure at scale. The Tesla merger thesis represents the longest duration option in the portfolio. Musk has discussed combining the companies internally, and Tesla employees confirm the topic is openly discussed. A Tesla-SpaceX combination would create a single entity spanning autonomous ground transportation, humanoid robotics through Optimus, satellite internet, orbital compute, and interplanetary transport — the broadest vertically integrated technology conglomerate in human history. At $135 per share, investors acquire an option on all three of these outcomes simultaneously.

Bottom line: SpaceX at $135 is not cheap on any trailing metric. It is fairly priced on a 2026 OCF model and deeply undervalued on a 2030–2032 thesis. The right buy point is not a single price — it is a time horizon. Investors with a 3–5 year hold and conviction in the Starship orbital payload, Starlink subscriber, and AI infrastructure compounding cycle have a model-supported path to $203 by 2027 and $337 by 2030. Investors seeking a first-day trade at $150–$200 may get it but should not confuse that pop with the actual thesis. The June 12 open is the beginning of a position, not the completion of one.

WATCH FOR

Pre-IPO higher repricing from $135 level – First-day open price and volume — pop above $175 signals institutional demand overhang that could retrace; entry below $150 post-IPO is the patient buyer’s window  ·  Starship V3 first successful orbital payload delivery — the single most important operational milestone for the entire investment thesis  ·  Starlink V3 subscriber additions per quarter — 14M by end of 2026 is the model’s key assumption; acceleration above that validates the thesis  ·  Starlink V2 Mobile direct-to-device service launch in 2027 — the trigger for the 3B underserved mobile subscriber addressable market to open  ·  AI revenue segment growth — $11.5B in 2026 is the model projection; any acceleration signals the orbital compute thesis is earlier than expected  ·  Nasdaq-100 fast-entry eligibility after 15 trading days — passive fund buying creates a demand catalyst independent of valuation  ·  Blue Origin New Glenn reliability progress — any successful heavy-lift cadence above 12 launches annually challenges SpaceX’s pricing power  ·  Tesla-SpaceX merger discussions — any public confirmation accelerates the combined entity thesis and re-rates both stocks immediately  ·  Starship failure or FAA launch cadence restriction — the primary downside scenario that delays the virtuous cycle by 12–24 months