Let's talk about RKLB's merger and acquisition strategy again. What business puzzles have been completed through the acquisition? In recent days, the space sector has started to heat up, with the main catalytic events of leading RKLB coming from the acquisition of Mynaric to enter laser communication and the launch of Gauss electric propulsion system. As a personal favorite, RKLB has been following me for quite some time. In fact, RKLB has completed its business layout through continuous mergers and acquisitions in recent years. Let's talk about its merger and acquisition strategy here. The specific business model of RKLB is analyzed and introduced in detail in the long article forwarded. Before 2016, Rocket Lab mainly focused on independent research and development of Electron rockets, with almost no company level acquisitions. The real launch of a systematic acquisition strategy began in 2020, with a total of 7 company level acquisitions completed so far (all focused on vertical integration of Space Systems business) and 1 asset acquisition (non company wide). 1. Sort out RKLB's mergers and acquisitions in the past few years according to the timeline: 1) Sinclair Interplanetary (Canada) Date: April 2020 Business: Satellite attitude control components (reaction wheels, star trackers, etc.) Meaning: The first acquisition, filling the satellite subsystem supply chain. 2) Advanced Solutions, Inc. (ASI) Date: October 2021 Amount: $40 million+potential $5.5 million earnout Business: Spacecraft flight software, mission simulation, guidance, navigation, and control (GNC) Meaning: Entering the software layer for the first time. 3）Planetary Systems Corporation (PSC) Date: December 2021 Amount: Approximately 42 million US dollars in cash+shares+earnout Business: Satellite Separation Systems and Dispensers Meaning: To enhance the separation capability of satellites after launch. 4）SolAero Holdings, Inc. Date: January 2022 Amount: 80 million US dollars in cash Business: High performance space solar panels and precision aerospace structural components Meaning: Complete the satellite power supply and core hardware structure. 5) Geost, LLC (and its parent company) Time: Announced in May 2025 and completed in August 2025 Amount: 275 million US dollars (125 million cash+150 million stocks+up to 50 million US dollars earnout) Business: Electro Optical/Infrared (EO/IR) sensor payload, used for national security tasks such as missile warning and space domain perception Meaning: Formally entering the field of satellite payloads. 6）Optical Support, Inc. (OSI) Time: Completed on February 26, 2026 Amount: undisclosed (relatively small scale) Business: High precision optical systems and optomechanical instruments (lenses, optomechanical instruments) Meaning: Enhance the optical capabilities of Geost and integrate it into the Rocket Lab Optical Systems department. 7) Mynaric AG (Germany) Date: Announced in March 2025 and completed on April 14, 2026 Amount: $155.3 million (small amount of cash+approximately 2.277 million shares of RKLB stock) Business: Laser Optical Communication Terminal Communications terminals, CONDOR Mk3, etc Meaning: First European acquisition, internalization of high cost communication hardware, and acquisition of Munich European base. Additional asset acquisition (non company wide): Virgin Orbit Long Beach factory and equipment (completed in May 2023/2024): $16.1 million, acquiring 140000 square feet of manufacturing facilities for large-scale production of Neutron rockets (engines, composite materials, etc.). This is not a complete company acquisition, but it greatly accelerates the production capacity of medium-sized rockets. 2. What shortcomings have been filled in? Rocket Lab was originally a "pure launch company" (Electron rocket), and although Space Systems had the Photon satellite platform, a large number of core subsystems relied on external suppliers, leading to several problems: 1) High supply chain risks: long delivery cycles, uncontrollable costs, and easy bottlenecks (especially with strict requirements for "US/allied origin" in defense contracts). 2) Gross profit margin is compressed: In the satellite BOM, high-value components such as reaction wheels/star trackers, solar arrays, separation systems, laser communication terminals, and optical payloads (totaling 30-50% of the satellite cost) are all outsourced. 3) Weak integration capability: unable to independently deliver complete satellite+payload+communication solutions as a "Prime Contractor", lacking competitiveness in defense large orders such as SDA and Golden Dome. 4) Regional limitations: Lack of European/global supply chain layout, making it difficult to deeply participate in international projects. 5) Capacity bottleneck: The large-scale production of Neutron medium rockets requires ready-made factories and optical/communication hardware. And through precise acquisitions over the past decade: 1) Four acquisitions from 2020 to 2022 to complete the basic chain of "satellite bus+subsystem+software" (from attitude control, software, separation, power supply to structure). 2) From 2025 to 2026, three projects (Geost+OSI+Mynaric) will be completed to address the high-end defense/commercial shortcomings of "payload+precision optics+laser communication", with a significant increase in gross profit margin potential (laser terminal unit cost can account for 10-20%). 3) Acquiring the Virgin Orbit factory → Addressing the hardware bottleneck of Neutron's production capacity. Significantly reducing supply chain risks, shortening production cycles, controllable costs, and increasing gross profit margins, while opening the door to defense Prime Contractors. 3. What kind of system was ultimately formed? Rocket Lab has completely transformed from a "small launch vehicle company" to a globally leading provider of vertically integrated space infrastructure (End to End Space Systems Prime), The core positioning is "Space as a Service+Defense Prime". Business layout includes 1) Launch layer: Electron (small, high-frequency, with over 75 successful launches)+Neutron (medium rocket, with maiden flight expected by the end of 2026, with payload capacity far exceeding Electron). 2) Satellite manufacturing layer: Photon satellite platform+complete set of subsystems (attitude control, power supply, separation, flight software). Payload and optical layer: EO/IR sensor (Geost)+high-precision optical/optomechanical components (OSI). 3) Communication layer: Laser optical terminal (Mynaric) - realizes high-speed and secure inter satellite/satellite ground links. 4) Manufacturing and production capacity layer: Long Beach factory (formerly Virgin Orbit)+facilities in multiple global locations, supporting large-scale production. 5) Additional capabilities: Defense/National Security priorities (SDA $816 million 18 satellite contract, missile tracking, space domain sensing), while also serving commercial constellations. Form a highly vertically integrated industrial system: almost all key links are self-produced (similar to SpaceX's closed-loop, but more focused on small and medium-sized constellations and the defense market). End to end delivery can be achieved: customers can purchase "launch+complete satellite+payload+communication+operation" in one stop, significantly reducing integration risks and time. Two wheel drive: Launch (stable cash flow)+Space Systems (higher gross profit, higher growth, backlog mainstay, already exceeding $1.8 billion). Strategic positioning: RKLB is now both a launch company and a "satellite factory+key component supplier+defense Prime contractor", forming a unique moat in the D2D/LEO constellation and national security fields. At the end of last year, https://(x.com)/qinbank/status/2002053876544102753? With S=20 rklb, we received an order worth 800 million US dollars for 18 satellites and began participating in the largest project in the field of space defense. Simply put, in the past decade, seven acquisitions have enabled Rocket Lab to completely complete the entire chain puzzle from rockets to satellite buses, payloads, optics, and communication, forming a vertically integrated space platform that is self-sufficient in the entire chain from launch to in orbit data. Its competitiveness and valuation logic are completely different from pure launch companies ten years ago. In the future, Neutron+scalable Space Systems will become the main growth engine, while competing with traditional giants as a "disruptive Prime" in the defense field.