How SpaceX Reusable Rockets Reshape the Space Economy: From Falcon 9 to Starship, and the Road to SPCX's Trillion-Dollar Valuation

Key Takeaways

• SpaceX reusable rockets fundamentally rewrote the economics of commercial spaceflight: On December 21, 2015, Falcon 9's first-stage booster completed the world's first orbital-class rocket vertical landing, compressing per-launch costs from tens of millions of dollars to levels previously considered impossible.
• Falcon 9 captured roughly 90% of global commercial orbital launches in 2025, with the most-flown boosters completing as many as 34 successful missions — a cadence no single-use rocket program can match.
• Starship is SpaceX's next-generation, fully reusable super-heavy launch system, selected by NASA as the crewed lunar lander for the Artemis program, capable of delivering over 100 metric tons of payload to low Earth orbit per mission.
• Reusability is the core pillar behind SPCX's approximately $1.75 trillion IPO valuation. According to SpaceX's S-1 filing with the SEC, consolidated revenue reached $18.67 billion in 2025.
• SpaceX plans to list on Nasdaq under the ticker SPCX on June 12, 2026, at a fixed offer price of $135 per share, targeting approximately $75 billion in proceeds — surpassing Saudi Aramco's 2019 record as the largest IPO in history.
• Retail investors can position ahead of the listing through SPCX perpetual contracts on MEXC, a USDT-margined derivative instrument, without needing a traditional brokerage account.

1. SpaceX Reusable Rockets: From Science Fiction to Industrial Reality

For more than 60 years before SpaceX entered the aerospace industry, launch vehicles followed a "use-once-and-discard" logic. Every rocket's first stage — the largest, most technically complex, and most expensive component — would either disintegrate during atmospheric re-entry or sink into the ocean after exhausting its fuel.

A useful analogy: if commercial airlines were forced to destroy their aircraft after every flight and pass that cost on to passengers, plane tickets would be unaffordable for nearly everyone. That was the reality of traditional rocketry for over half a century — payload-to-orbit costs running in the tens of thousands of dollars per kilogram.

The founding premise of SpaceX was that rocket reusability is the only path to enable humanity's mass access to space, and ultimately to fulfill the vision of making humanity a multiplanetary species that Elon Musk laid out when founding the company in 2002.

And it all started with one landmark landing by Falcon 9.

2. Falcon 9: The Reusable Rocket That Defined a New Era of Commercial Spaceflight

2.1 The Landing That Rewrote the Industry

On December 21, 2015, a Falcon 9 first-stage booster — having just completed its mission of delivering satellites to orbit — flipped around, reignited its engines, descended through the atmosphere, and touched down in a controlled vertical landing at Cape Canaveral, Florida. This was the first time in human history that an orbital-class rocket's first stage returned to Earth intact and was cleared for reuse.

For decades, the aerospace establishment had insisted that reusability was "economically impractical and engineering-wise impossible." Falcon 9's flawless landing dismantled that entire argument in one stroke.

SpaceX subsequently achieved the same landing performance on autonomous spaceport drone ships, extending recovery capability from coastal facilities to global mission profiles.

2.2 Let the Numbers Speak: Falcon 9's Market Dominance

According to SpaceX's S-1 prospectus filed with the SEC:

• In 2025, Falcon 9 accounted for roughly 90% of global commercial orbital launches
• The most-flown Falcon 9 boosters have completed 34 successful missions each
• The Space segment contributed $4.1 billion in revenue in 2025

No legacy manufacturer relying on single-use rockets can replicate this launch cadence or unit economics.

3. Starship: The Next Leap into the Fully Reusable Era

If Falcon 9 proved that "first-stage reusability" is feasible, Starship aims to prove that "full-vehicle reusability" is also feasible.

Starship is SpaceX's next-generation super-heavy launch system under development, with the following key specifications:

• Single-mission payload capacity exceeding 100 metric tons to low Earth orbit
• Both the Super Heavy booster (first stage) and the Starship spacecraft (second stage) are designed for rapid reuse
• The Super Heavy booster has already been caught mid-air by the "Mechazilla" mechanical arm system at SpaceX's Starbase facility in Texas
• NASA has selected Starship as the crewed lunar lander for the Artemis program

The commercial implications of Starship go far beyond "a bigger rocket." It enables SpaceX to deploy more Starlink satellites at unprecedented speeds, place AI compute centers in orbit, and ultimately translate Musk's repeatedly emphasized Mars colonization vision from an engineering blueprint into an executable mission roadmap.

The S-1 disclosed that SpaceX invested approximately $3 billion in Starship R&D during 2025 alone, which is the primary reason the Space segment recorded an operating loss for the year.

4. How Reusable Rockets Support SPCX's $1.75 Trillion Valuation

Many investors will ask: how can a company that posted a net loss of approximately $4.9 billion in 2025 justify going public at nearly $1.75 trillion?

The answer lies in the competitive moat built by reusable rocket technology, and the cascading enablement it provides to every other business segment:

In short, reusable rockets are not "just a product" for SpaceX — they are the underlying infrastructure supporting its connectivity business, its AI business, and its long-term Mars ambitions. That is why the market is willing to assign SpaceX a price-to-sales multiple of roughly 94 times — investors aren't buying current earnings; they're buying the entire space economy unlocked by reusable rocket technology.

For a complete breakdown of this historic IPO's timeline, pricing mechanics, and risk analysis, see MEXC Learn's Is the SpaceX IPO Worth $135? and Will SpaceX Hit $2 Trillion?.

5. Key Milestones for the SPCX IPO

According to SpaceX's S-1 amendment filed on June 1, 2026:

• Ticker symbol: SPCX
• Exchange: Nasdaq
• Offer price: $135 per share (fixed pricing, no price range used)
• Shares offered: Approximately 555.6 million Class A common shares
• Targeted raise: Approximately $75 billion
• IPO valuation: Approximately $1.75 trillion
• Pricing date: After market close on June 11, 2026
• First trading day: June 12, 2026

If executed on schedule, SPCX will surpass Saudi Aramco's $25.6 billion IPO record from 2019 to become the largest public offering in financial history.

6. How to Position for SPCX Ahead of the IPO on MEXC

For investors hoping to gain exposure to SpaceX before its official Nasdaq debut on June 12, traditional brokerages typically require high account minimums and a complex IPO subscription process. MEXC offers a more direct path: SPCX/USDT perpetual contracts.

6.1 Core Features of the SPCX Perpetual Contract

• USDT-margined: No fiat deposits or brokerage account required
• Two-way trading: Take long or short positions on SPCX's post-listing price movements
• Flexible leverage: Choose leverage levels matched to your risk tolerance
• 24/7 trading: Not restricted by U.S. stock market hours — react in real time during the roadshow, pricing, first-day open, and other key events

6.2 Steps to Participate

1. Log in or register your MEXC account and complete identity verification
2. Transfer USDT into your futures account
3. Navigate to the SPCX/USDT perpetual contract trading page
4. Select leverage, set stop-loss and take-profit, and place a buy (long) or sell (short) order

A clear reminder: perpetual contracts are derivative instruments. While their prices track SpaceX's valuation performance, they do not represent equity ownership in SpaceX. Holding these contracts does not grant shareholder rights. Contract trading also carries significant risk and should be approached based on your own risk tolerance.

Frequently Asked Questions (FAQ)

Q1: How much do SpaceX's reusable rockets actually save in costs?
According to publicly disclosed SpaceX data, Falcon 9's first-stage reuse has compressed per-kilogram-to-orbit costs by roughly an order of magnitude compared to traditional single-use rockets. The most frequently reused boosters have completed 34 missions, with each reuse further amortizing hardware manufacturing costs.

Q2: What's the biggest difference between Starship and Falcon 9?
Falcon 9 only recovers the first-stage booster, while Starship is designed for both the first stage (Super Heavy) and the second stage (Starship spacecraft) to be fully reusable and rapidly reflyable. This is a fundamental leap from "partial reusability" to "full reusability."

Q3: When does SPCX begin trading on Nasdaq?
Per the S-1 amendment SpaceX filed with the SEC, SPCX is scheduled to begin trading on Nasdaq on June 12, 2026, at a fixed offer price of $135 per share.

Q4: What's the difference between trading SPCX perpetuals on MEXC and buying SPCX shares directly?
The SPCX perpetual contract on MEXC is a USDT-margined derivative instrument primarily designed to track SpaceX's valuation movements and provide long/short flexibility — it does not represent equity or shareholder rights. Purchasing SPCX shares directly requires a Nasdaq-connected brokerage, grants actual equity ownership, but involves a more complex process.

Q5: How significant is reusable rocket technology to SpaceX's valuation?
Reusable rockets are the underlying infrastructure supporting all three of SpaceX's business segments (Space, Connectivity, AI). Without Falcon 9's low-cost launches, Starlink could not have deployed over 9,600 satellites across 164 countries. Without Starship's future payload capacity, orbital AI compute centers, a lunar economy, and Mars colonization would all be impossible. This is the fundamental reason the market is willing to assign a $1.75 trillion valuation.

Q6: Will Elon Musk still control the company after SpaceX goes public?
Yes. According to the S-1, Musk will retain approximately 82% of voting power post-IPO through his ownership of super-voting Class B shares, giving him decisive influence over the company's strategic direction.

Conclusion

From that breath-stopping Falcon 9 landing in December 2015 to the upcoming $1.75 trillion IPO under the ticker SPCX, SpaceX has used reusable rocket technology to prove one thing: what truly disrupts an industry is not a bigger budget, but a fundamental redesign of its economic model.

For investors looking to participate in this historic event — whether by buying SPCX shares through a traditional brokerage on June 12, or by immediately positioning through SPCX perpetual contracts on MEXC using USDT as margin — the key lies in understanding SpaceX's true value anchor: the reusable rocket that crosses the atmosphere, lands precisely, and does it again.

Risk disclaimer: This article is for informational and industry-analysis purposes only and does not constitute investment advice. Perpetual contracts, IPO shares, and crypto asset trading all carry substantial risk. Please make decisions based on your own circumstances.