According to Woofun AI, in the early hours of November 10 Beijing time, commercial space company Rocket Lab (RKLB.US) released its third-quarter financial report, with the core focus being the formal announcement that the maiden flight of its still-in-development medium-lift rocket Neutron has been scheduled for 2027.
The clarification of this timeline marks the start of the countdown for the commercialization of this yet-to-fly rocket, while also revealing the company's current dual-track business structure of "delivering hardware on one hand and pre-selling launch slots on the other." Although Neutron has not yet lifted off, some customers have already begun reserving launch windows several years out. This cross-period fulfillment model makes the pace at which orders convert into actual revenue a core variable for the market.
From a revenue structure perspective, the space systems segment is the main engine driving growth. Rocket Lab's third-quarter total revenue reached $268 million, a significant year-over-year increase of 73%. Excluding the base of the two segments from the same period last year, nearly all of the incremental revenue came from the space systems business, which covers complete satellite manufacturing, satellite components, and mission operations. The company noted that growth was mainly driven by the expansion of its spacecraft manufacturing business and the effects of acquisition integration. Among these, laser communications equipment maker Mynaric, acquired in the first half of the year, contributed approximately $26.04 million in revenue this quarter, accounting for about one-quarter of the space systems year-over-year increment.
However, profitability performance diverged: group gross margin fell from approximately 37% in the same period last year to approximately 34%. The space systems segment's gross profit contribution increased, but the launch services segment saw gross profit decline even as revenue rose. Data compiled by Woofun AI shows that this change is partly attributable to the concentration of revenue from hypersonic test launch contracts recognized retroactively in the same period last year, which raised the comparison base, while this quarter, despite an increase in the number of launch missions, average contract revenue per launch declined due to changes in customer mix and mission complexity.
The dynamics of the order book highlight the explosive momentum of the launch services division. From the end of the second quarter to the end of the third quarter, the balance of pending launch service orders surged by approximately $908 million, accounting for about three-quarters of the company's net increase in order backlog, even though this division contributed only about one-fifth of the group's revenue during the same period. This divergence of "high orders, low current revenue" reflects the backlog of future delivery tasks. On the final day of the quarter, Japanese Earth observation company Synspective placed a new order for 20 small Electron rocket launches. The contract spans multiple years and, although the amount was not disclosed, establishes a long-term cooperation framework.
As of the end of the third quarter, the company's order backlog reached $3.57 billion, up approximately 52% quarter-over-quarter. The financial report notes divide orders into near-term and long-term, with the amount expected to be recognized within one year increasing by only about $120 million, while the long-term portion increased by approximately $1.1 billion. Neutron's order structure further extends this time gap: in the third quarter, five constellation operators signed eight launches for Neutron, with contract value exceeding $515 million, already surpassing the group's total revenue for the quarter. Taking European radar satellite operator ICEYE as an example, the three dedicated launches it signed will begin execution from late 2028. Revenue recognition depends on the delivery milestones specified in the contracts, and the maiden flight is merely the fulfillment threshold.
It is worth noting that during manufacturing of Neutron's first-stage propellant tank, porosity was discovered in the composite material dome, requiring the production of inspection replacement parts and completion of cryogenic testing, which constitutes the final technical obstacle before the maiden flight. In terms of financial health, positive operating cash flow became a highlight, but the massive acquisition plan brings funding pressure. Single-quarter operating cash flow was approximately $7.15 million, while purchases of equipment, facilities, and software exceeded $31 million, meaning that for every dollar of capital expenditure, operating cash flow covers only about 23 cents. Changes in contract liabilities brought a positive adjustment of approximately $65.65 million, reflecting customer prepayments or progress billings preceding revenue recognition. Despite positive operating cash flow, the company still recorded an operating loss of approximately $79.19 million, and quarterly R&D expenses rose approximately 39% year-over-year, mainly for Neutron development, integration of acquired companies, and new product prototyping.
Cash, cash equivalents, and marketable securities totaled approximately $4.7 billion at the end of the quarter, of which approximately $3.88 billion in net proceeds was raised through at-market stock offerings during the first nine months of the year. However, the proposed acquisition of satellite communications operator Iridium (IRDM.US) involves a cash payment exceeding $3 billion, including shareholder consideration, debt repayment, and transaction fees, and still requires regulatory approval. Against the backdrop of an extended monetization cycle for long-term orders coexisting with massive acquisition spending, Rocket Lab's cash flow management will face a severe test.
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