--- title: "Rocket Lab Celebrates 100th Electron Orbital Launch: A Landmark Mission and a Commercial Rocket Record" description: "Rocket Lab successfully performed the 100th orbital launch of its Electron rocket from New Zealand on November 14, 2026, carrying a Japanese Earth observation satellite. CEO Peter Beck noted the company reached this milestone faster than SpaceX." date: 2026-11-14T12:56:19.675Z lang: en url: https://xab.info/en/posts/rocket-lab-100th-electron-launch-record tags: [rocket-lab, electron, space-launch, commercial-space, new-zealand, earth-observation] author: "Alexander Buran" publisher: "XAB.info" --- # Rocket Lab Celebrates 100th Electron Orbital Launch: A Landmark Mission and a Commercial Rocket Record ![Engineer working on the preparation of a Rocket Lab Electron rocket in an assembly facility](https://xab.info/media/2026/11/14/rocket-lab-100-zapusk-electron-rekord-kommercheskikh-raket/rocket-lab-100-zapusk-electron-rekord-kommercheskikh-raket-1.webp) ## Key Points - Rocket Lab completed the 100th orbital launch of its Electron rocket on November 14, 2026, from New Zealand - The milestone mission, The Mountain God Rises, deployed a private Japanese Earth observation satellite - Peter Beck stated that Rocket Lab reached 100 launches faster than any other commercial launch provider, including SpaceX - Electron maintains a 96% reliability rating after 99 previous missions On November 14, 2026, Rocket Lab added a new chapter to the history of commercial spaceflight: the Electron rocket successfully completed its 100th orbital launch. The liftoff took place from a spaceport in New Zealand, and the milestone mission, dubbed The Mountain God Rises, carried a private Japanese Earth observation satellite. Thus, the small 18-meter two-stage vehicle confirmed its status as one of the most sought-after light-class rockets in the global payload delivery market. ### From a Failed First Flight to the 100th Launch The Electron story began in May 2017, when Rocket Lab conducted the rocket’s first test launch. The flight was unsuccessful, which became a typical yet painful stage for any new launch vehicle. However, the company's team quickly resolved the identified issues: by January 2018, Electron successfully deployed a group of CubeSats into low Earth orbit. Since then, the rocket has become a regular and predictable tool for delivering small payloads for commercial and government customers worldwide. ### Record Speed in Reaching the 100-Launch Milestone Founder and CEO of Rocket Lab Peter Beck stated that the company reached the symbolic milestone of 100 orbital launches faster than any other commercial orbital rocket developer. As a comparison, he pointed to SpaceX and its Falcon 9 rocket, which, despite a significantly higher payload capacity and a larger program, required more time to accumulate one hundred launches. According to Beck, this demonstrates the high operational efficiency and serial production nature of Electron. ### 96% Reliability Following the 99 missions preceding the milestone launch, Electron maintains a 96% success rate. For a light-class rocket operating under stringent requirements regarding cost and launch frequency, this is a metric that allows customers to plan missions with minimal risk. High reliability has become one of Electron’s key competitive advantages against other vehicles in the same class. ### Context: Competition in the Small Launch Segment Achieving the 100th launch occurs against a backdrop of increasing competition in the small satellite launch segment. As previously noted in industry publications, Rocket Lab and SpaceX often conduct launches only minutes apart, highlighting the density of the launch schedule in the sector. Electron remains Rocket Lab’s primary workhorse for commercial missions, while the company concurrently develops the larger Neutron rocket for medium-class loads. The milestone launch of The Mountain God Rises has thus become more than just a statistic; it is a confirmation of a sustainable business model built on serial launches and high vehicle flight frequency. ## Fact-Check & Sources - [SpaceX и Falcon 9, в сторону: Rocket Lab провела 100-й запуск, Electron установила рекорд среди коммерческих ракет](https://www.ixbt.com/news/2026/11/14/spacex-i-falcon-9-v-storonu-rocket-lab-provela-100-i-zapusk-electron-ustanovila-rekord-sredi-kommerceskix-raket.html) - The source covers all key facts: launch date (Nov 14, 2026), location (New Zealand), payload (Japanese satellite), mission name (The Mountain God Rises), history since 2017, Beck's record claim, and 96% reliability. - [Двойной успех в космосе: Rocket Lab и SpaceX провели знаковые запуски с интервалом в 4 минуты](https://www.ixbt.com/news/2025/02/19/rocket-lab-spacex-4.html) - Relates to the February 18, 2025, BlackSky Gen-3 launch. Used as context to assess Rocket Lab's launch frequency. No discrepancies found. - [Rocket Lab и SpaceX запустили ракеты с разницей в несколько минут](https://www.ferra.ru/news/techlife/rocket-lab-i-spacex-zapustili-rakety-s-raznicei-v-neskolko-minut-19-02-2025.htm) - Confirms the launch of Electron from New Zealand (Feb 18, 2025). Contextual source, no contradictions. ## FAQ ### When and where did the 100th Electron launch occur? The launch took place on November 14, 2026, from a spaceport in New Zealand. ### What was on board the milestone mission? The mission, titled The Mountain God Rises, carried a private Japanese Earth observation satellite. ### What is the reliability of the Electron rocket? Based on the 99 missions preceding the 100th launch, Electron holds a 96% success rate. ### Why does Peter Beck compare Rocket Lab to SpaceX? Beck stated that Rocket Lab reached the 100-launch mark faster than any other commercial orbital rocket developer, including SpaceX with its Falcon 9. ### When did the first Electron flight take place? Initial test flights of Electron began in May 2017. While the first flight was a failure, the rocket successfully deployed CubeSats into orbit by January 2018.