Summary of Key Points
The successful recovery of the booster by Zhuque-3 has given Blue Arrow Aerospace more confidence in its IPO, but the path to commercialization still involves overcoming challenges such as reflight verification, increasing launch frequencies, and addressing limitations at launch sites. The market narrative surrounding space infrastructure is emerging, with Blue Arrow aiming to surpass Falcon 9 within five years. This ambition is driven by the massive demand for 220,000 satellites in China, as well as the potential markets for future space computing power and energy facilities. However, the key to a significant increase in valuation lies in the ability to rapidly establish a stable reuse model and narrow the gap with SpaceX.
1. Recovery Success is Just a Ticket; Reflight is the Key to Profitability
Many believe that a successful rocket recovery means everything is set, but in reality, reflight is the core of commercialization. Why? Because only by repeatedly using the same rocket can the cost per launch be reduced. For example, SpaceX's Falcon 9 was launched 165 times last year, averaging three launches per week, with some first-stage components having flown over 30 times, naturally resulting in lower costs.
Currently, SpaceX is the only company globally capable of achieving "orbit insertion + recovery + stable reuse." Blue Origin's New Glenn has been recovered, but a failure during reflight due to a second-stage issue led to the destruction of the launch facility; both Long March 10Y and Zhuque-3 have just completed recoveries and have not yet flown again. Long March 10Y plans to be reused within the year, while Zhuque-3 will not fly until half a year later, indicating a long way to go before reaching commercialization.
Zhuque-3 uses stainless steel and liquid oxygen-methane for easier and faster maintenance: stainless steel is resistant to high temperatures, eliminating the need for complex thermal protection systems, and liquid oxygen-methane prevents engine carbon buildup, saving time on cleaning. However, if reflight intervals are long and infrequent, these advantages will be of little use. Therefore, Blue Arrow's valuation largely depends on its ability to reduce reflight intervals to a level similar to SpaceX's (e.g., once every 45 days).
2. Surpassing Falcon 9 in Five Years: Mathematically Feasible, but Realities Present Challenges
Blue Arrow's prospectus suggests that Zhuque-3 could achieve regular high-frequency launches by 2029, and Elon Musk has said it might surpass Falcon 9 within five years. Let's do the math: Blue Arrow can produce 20 rockets per year, with the first stage capable of flying 2-3 times initially, later increasing to more than 10 times. With an average of 8 flights per rocket, 20 rockets would result in 160 launches, which is close to Falcon 9's 165 launches last year—mathematically possible.
However, there are significant practical challenges: first, there are not enough launch sites. The United States is already short of such facilities, and China faces similar issues; commercial satellites are produced based on demand, so even if they are built, there may be no slots available for launches. Second, the recovery site used for Zhuque-3's recovery was only 390 kilometers away from the planned 600 kilometers, resulting in a loss of 2-3 tons of payload capacity due to early separation and additional fuel consumption for deceleration. In the future, ship-based recoveries or new sites will be necessary to increase payload capacity.
SpaceX took three and a half years to reduce reflight intervals from once every six months to once every 45 days. Blue Arrow needs to overcome these challenges if it wants to catch up within five years.
3. Explosive Satellite Demand, but Launch Capacity Lags Behind
China has planned for 220,000 low-earth orbit satellites, but only 311 were launched last year—at this rate, it would take hundreds of years to meet the demand! Moreover, satellite lifespans are short, and replacements will be required continuously over decades.
The problem is that launch capacity cannot keep up: on the one hand, rocket production (20 rockets per year for Blue Arrow) is relatively high, but if reuse rates are low, total launches will not increase significantly. On the other hand, there are uncertainties regarding launch sites and recovery facilities; inland sites are limited in China, and coastal sites are nearing saturation. For example, the Dongfeng test area and Minqin landing site used for Zhuque-3 have limited capabilities, affecting payload capacity. These bottlenecks must be addressed to meet demand.
4. Space is More Than Just Satellites: The Future Holds Computing Centers
Commercial spaceflight has traditionally focused on satellite internet services, but the direction is changing—space is becoming a new infrastructure platform. Elon Musk has talked about building 100 GW of space data centers and even lunar data centers for AI computing power.
Blue Arrow is also making moves in this direction: Zhuque-3 carried its own subsidiary's Honghu-03 satellite, which includes a "Tianji Zhi Suan" payload for gathering data for 6G and low-earth orbit computing applications. This indicates that rockets will need to not only launch satellites but also provide computing power and other facilities, expanding the market potential. However, this is possible only if rockets can be launched cheaply and frequently.
5. Is Blue Arrow's IPO Secure? Valuation Depends on Reuse Ability
The successful recovery of Zhuque-3 has made Blue Arrow's IPO story more credible (it is now in the "questions being answered" stage). However, the capital market is interested in more than just stories; it wants to see whether commercialization can be realized. Blue Arrow plans to raise 7.5 billion yuan, with 4.7 billion yuan going towards reuse technology and 2.8 billion yuan for capacity expansion—mainly for developing the "Lan Yan" engine (similar to SpaceX's Raptor engine). Compared to SpaceX's market value of approximately $1.9 trillion and Blue Origin's valuation of $130 billion, Blue Arrow's valuation hinges on its ability to achieve stable reuse and reach Falcon 9's launch frequencies within five years. If it can do so, its valuation could soar; otherwise, the IPO's success will be uncertain.
In summary, the recovery of Zhuque-3 is a milestone, but Blue Arrow still needs to overcome challenges in reflight, production capacity, and launch sites to achieve true commercialization. The future of China's commercial spaceflight industry depends not only on how often rockets can be launched but also on what new technologies can be deployed in space—this represents the real long-term value.