Rocket Lab News

Rocket Lab successfully launched its 93rd Electron mission on August 20, 2026. The launch took place from Rocket Lab’s facility in Mahia, New Zealand.

The mission deployed an Earth-imaging satellite for the Institute for Q-shu Pioneers of Space. The customer is based in Japan. The launch was announced via a press release from Rocket Lab.

The company operates the Electron rocket as a dedicated small satellite launch vehicle. This mission adds to Rocket Lab’s growing launch manifest. The specific satellite name was not provided in the announcement.

No further mission details or next steps were included in the supplied article. The announcement confirmed only the successful deployment of the payload.

Rocket Lab launched a satellite for Japanese radar-imaging company iQPS on August 20. An Electron rocket lifted off from Launch Complex 1 in New Zealand at 9:04 a.m. Eastern. The mission was named “The Lightning God Defends” by Rocket Lab.

The launch targeted a 575-kilometer orbit at a 42-degree inclination. The QPS-SAR-18 satellite, built by iQPS, separated from the kick stage about 50 minutes after liftoff. iQPS confirmed it established contact with the satellite 40 minutes after deployment and verified it was operating properly.

This was the ninth Electron launch for iQPS overall and the second consecutive mission for the company. Another Electron launched an iQPS satellite on August 6. iQPS is deploying a constellation of synthetic aperture radar satellites and aims to have 24 in orbit by May 2028 and 26 by 2030.

This was the 14th Electron launch of 2024, including three HASTE suborbital missions. Rocket Lab expects to beat last year’s company record of 21 total missions. The company has nine additional Electron launches under contract with iQPS.

Rocket Lab Corporation announced its onboarding into the U.S. Space Force's Space Data Network (SDN) Consortium. The company was awarded $12 million in contracts to support the global military communications network.

The announcement was made on August 18, 2026, from Rocket Lab’s headquarters in Long Beach, California. Rocket Lab is a global leader in launch services and space systems.

The company’s inclusion in the consortium expands vendor diversity for the Space Data Network. This is the only operational context provided in the source article.

No further details about the specific work, timeline, or mission parameters were supplied in the announcement. The source article contains no stated next steps or additional concrete facts beyond the onboarding and contract award.

Rocket Lab plans to use one of its Photon spacecraft for an in-orbit demonstration of the U.S. Space Force's Space Data Network in 2027. The company provided new details on Aug. 18 about how the military intends to test connections between the SpaceX-built network backbone and satellites from other suppliers.

Rocket Lab's $12 million contract covers a Photon spacecraft equipped with optical communications and networking hardware. The Space Systems Command selected Rocket Lab as one of five companies for a $60 million effort to demonstrate how commercial satellite systems can connect to the Space Data Network. Amazon LEO for Government, Lockheed Martin, Northrop Grumman, and York Space Systems also received $12 million each.

The Space Data Network is a planned military communications architecture designed to move large volumes of data among satellites and between space and the ground. SpaceX received a $2.29 billion contract in May to build the Space Data Network Backbone, a proliferated constellation using optical links. The Space Force is establishing common interfaces to allow spacecraft from other suppliers to connect to that backbone.

Rocket Lab said its Photon demonstration will test secure optical communications interoperability between satellites and ground systems. The $12 million award covers design and ground testing ahead of the flight. The five companies are part of the Space Data Network consortium, which Space Systems Command established to address technical and architectural challenges of connecting systems from multiple vendors.

Rocket Lab Corporation announced it has been onboarded to the United States Space Force's NITE-STAR program. NITE-STAR stands for NSTTC Innovative Technology & Engineering - Space Test and Range. The announcement was made on August 17, 2026, from the company's headquarters in Long Beach, California.

The NITE-STAR program is valued at $981 million. It is designed to advance space test and training infrastructure. Rocket Lab is a provider of launch services and space systems. The company is publicly traded on the Nasdaq under the ticker RKLB.

The program falls under the U.S. Space Force's purview. Rocket Lab's role involves contributing to the development of space test and range capabilities. The company described itself as a global leader in its field in the announcement.

No further details about Rocket Lab's specific responsibilities or contract value were provided in the announcement. The onboarding marks the company's entry into this specific Space Force initiative.

Viasat announced it selected Rocket Lab to build a satellite bus for the U.S. Space Force’s Protected Tactical SATCOM-Global (PTS-G) program. The announcement was made on August 17, 2026. Viasat was awarded the prime contract for the program on May 22, 2026.

The initial production award, called Swarm 1, includes manufacturing, integration, test, launch, and on-orbit checkout of a mini-GEO satellite. Rocket Lab will deliver a GEO configuration of its Lightning spacecraft platform. The platform will host Viasat's dual-band X/Ka-band payload.

PTS-G is part of the Space Force’s strategy to deliver global, resilient, and scalable satellite communications to warfighters. The program leverages commercial designs to support smaller, faster-to-produce satellites with enhanced anti-jam capabilities. Rocket Lab's Lightning-GEO features a high-power architecture built with vertically integrated components.

Viasat will lead the work to advance the PTS-G initial operating capability. The mini-GEO satellite will provide secure connectivity for U.S. and allied forces operating in contested environments.

Rocket Lab announced the successful launch of eight advanced satellite platforms it built for MDA Space. The platforms are the first batch in a 17-satellite constellation under a $143 million deal with MDA Space. Rocket Lab confirmed contact with all eight satellites and said they are performing nominally and generating power on orbit.

The satellites launched on August 15 from Cape Canaveral Space Force Station at 9:12 p.m. ET. They support Globalstar’s direct-to-device communications services and IoT applications. Each 500-kilogram platform is a tailored version of Rocket Lab’s standard Lightning platform. Rocket Lab built and tested the platforms at its headquarters in Long Beach, California.

The platforms feature Rocket Lab’s in-house components, including solar arrays, reaction wheels, flight and ground software, avionics, and TT&C radios. Rocket Lab CEO Sir Peter Beck said the company is executing across the entire mission lifecycle, from design and build to on-orbit operations. He stated the company’s approach delivers speed, reliability, and agility for competitive direct-to-device constellations.

Spacecraft commissioning has begun to prepare the satellites to extend mobile satellite services as part of Globalstar’s existing network. The Lightning platform is also in production for other missions, including a U.S. Space Force space domain awareness program and Space Development Agency Tranche 2 and Tranche 3 constellations.

Rocket Lab formally established a new subsidiary in Germany and introduced a containerized mobile launch system. The company also made progress on its Neutron rocket at Wallops, specifically on the "Hungry Hippo" element. These announcements mark steps in the company's expansion of manufacturing capacity and launch flexibility.

The new subsidiary, Rocket Lab Germany, is headquartered in Munich. It builds on Rocket Lab's European footprint from its 2025 acquisition of Mynaric, a manufacturer of laser optical communications terminals. The facility will continue producing those terminals and expand into satellite, payload, and component manufacturing for European customers.

Rocket Lab also unveiled GHOST, which stands for Global Hypersonic and Orbital Spaceport Technology. This fully deployable launch system is packaged into standard shipping containers and includes rockets, ground support equipment, and range control systems. GHOST is primarily targeted at defense and national security customers requiring rapid-response launch capability.

The first permanent site for the GHOST system will be Launch Complex 4 at the Pacific Spaceport Complex in Kodiak, Alaska. A suborbital demonstration flight is targeted for 2027. Containerized launch concepts are not entirely new, as ABL Space Systems previously tested a similar system called GS-Zero at the same Kodiak spaceport.

The US Space Force awarded Rocket Lab a $397 million contract to design, manufacture, and launch a fleet of Flatellites. The satellites will augment existing infrastructure for real-time tracking of airborne threats. The project is funded under the Space Force's Space-Based Airborne Moving Target Indicator program.

Rocket Lab CEO Peter Beck announced the deal on August 4. The Flatellites contract is the company's single largest national defense contract this year. Since the start of 2026, Rocket Lab has announced four major defense contracts worth a combined $943 million. Those contracts include a $190 million deal for 20 HASTE test launches, a $90 million Space Force contract for two geostationary satellites, and a $266 million deal for up to 18 missile-defense missions from Alaska.

The Flatellites feature a flat design that increases the number of spacecraft delivered per launch. They are optimized for orbital constellations and will carry low-latency, high-bandwidth communication systems and sensors. The satellites will launch in stacks aboard Rocket Lab's upcoming Neutron rocket, similar to the payload bay configuration used for Starlink satellites on SpaceX Falcon 9 rockets.

Rocket Lab also unveiled the GHOST design, a deployable shipping container-based system for responsive national-security launches. Beck stated the company intends to carry out the Alaskan launches using GHOST. Neutron is Rocket Lab's next-generation launch vehicle designed to compete with Falcon 9 lift capabilities and partial reusability. Its debut is expected near the end of 2026 or in early 2027.

Rocket Lab announced a new German subsidiary, Rocket Lab Germany GmbH, during its Q2 2026 earnings call. The subsidiary will enable scaled satellite production and deliver launch services on Electron and Neutron in Europe.

The move enters a market where at least a dozen European companies aim to debut launch vehicles before the decade ends. Rocket Lab has launched 13 times this year between Electron and HASTE, while Arianespace and Avio combined held only four launches in the same period.

Rocket Lab ended Q2 2026 with $2.13B in cash and cash-equivalents, more than double the €902.2M that ESA member states allocated for five launch startups in the European Launcher Challenge. The company’s presence sets the stage for a price war in Europe’s commercial launch market.

Most European launch startups did not respond to Payload’s request for comment. German launcher HyImpulse welcomed the competition, stating it supports Europe’s space ambitions.

Rocket Lab unveiled a deployable launch system called GHOST alongside its Q2 2026 earnings, which included record quarterly revenue. The company reported $234M in revenue, a 62% increase year-over-year, and a backlog of $2.36B, up 137% year-over-year.

GHOST stands for Global Hypersonic & Orbital Spaceport Technology. The system uses standard shipping containers to deliver a full launch setup globally and is compatible with the Electron and HASTE rockets. It is expected to make its operational debut in 2027 with a suborbital launch from Kodiak, Alaska.

The quarter included over $1B in new contracts, including $437M+ in launch contracts and $397M to deliver Flatellite spacecraft for the Space Force. Rocket Lab closed its acquisitions of Mynaric and Motiv during the quarter, and its pending Iridium purchase is still in progress.

Neutron is in final hardware assembly ahead of a Q4 2026 pad target. Kepler Communications signed a contract for Neutron to launch its constellation. Rocket Lab is also scaling its European presence with Rocket Lab Germany, building on the Mynaric acquisition.

Rocket Lab Corporation announced a new equity distribution agreement on August 13, 2026. The agreement replaces the company's prior sales agreement from May 20, 2026. It establishes an at-the-market program for selling shares of common stock.

The aggregate offering price under the new program is up to $1,944,369,826. This amount carries forward the unsold portion from the prior agreement, with no increase in the total offered. Deutsche Bank Securities Inc. and Wells Fargo Securities, LLC will act as sales agents.

Rocket Lab intends to use net proceeds from share sales to fund cash payments for its proposed acquisition of Iridium Communications Inc. The company also plans to reduce commitments under its senior secured debt bridge facility. The offering is not conditioned on completing the Iridium acquisition.

Rocket Lab separately announced updates on the Iridium acquisition, including the expiration of the HSR waiting period and the initial filing of its Form S-4 registration statement. If the acquisition is not completed, the company will use proceeds for future growth, potential acquisitions, and general corporate purposes.

Rocket Lab Corporation announced substantial milestones for its proposed acquisition of Iridium. The company reported that the Hart-Scott-Rodino waiting period has lapsed. It also filed a Form S-4 with the Securities and Exchange Commission.

The company filed applications with the Federal Communications Commission related to the transaction. Rocket Lab stated that its capital strategy for the acquisition is underway. These steps represent progress in the regulatory and financial processes.

The announcement was made on August 13, 2026, from the company's headquarters in Long Beach, California. Rocket Lab is a global leader in launch services and space systems. The acquisition of Iridium was previously announced by the company.

No further details about the acquisition timeline or terms were provided in the announcement. The company did not specify when the transaction is expected to close. Rocket Lab stated only that these milestones have been achieved.

The U.S. Space Force awarded $60 million to five companies to demonstrate how satellites from multiple vendors can connect to its Space Data Network. The Space Systems Command announced the contracts and prototype agreements on August 13.

Amazon LEO for Government, Lockheed Martin, Northrop Grumman, Rocket Lab, and York Space Systems each received $12 million. Each company got a $10 million fixed-price contract for up to nine months of work and a $2 million Other Transaction Authority agreement for six months.

The work will test connections between commercial satellite systems and the Space Data Network, including on-orbit data transport and standardized interfaces. SpaceX won a $2.29 billion contract in May to build the Space Data Network Backbone, a proliferated constellation using optical crosslinks. The new awards address how other companies' systems will connect to that backbone, part of an effort to avoid locking the network into a single vendor.

The demonstrations will include ground-to-space and space-to-space data transport. The $2 million agreements support the Space Force's planned "space exchange point" concept, which would act as orbital routers for data exchange. The five companies were selected through the Space Data Network consortium, an industry group established to address technical challenges of connecting multiple suppliers.

Rocket Lab released its second quarter earnings late Monday, drawing investor scrutiny over its long-term fiscal health. The company posted a 62% year-over-year revenue increase to $234 million, but its earnings-per-share fell 8 cents.

GAAP gross margin was 36.1%, above the company's 33% to 35% guidance range. Non-GAAP free cash flow was negative $110.1 million, compared to negative $77.4 million in the first quarter. Rocket Lab's stock dropped below $75 a share following the report before recovering Tuesday morning.

Analysts expressed concern about the impact of Rocket Lab's $8 billion Iridium acquisition on margins, cash flow, and shareholder dilution. CEO Peter Beck said Iridium provides entry into the space applications market, with growth opportunities in internet of things, direct-to-device services, and defense.

On the earnings call, Beck stated that the launch window for the Neutron reusable rocket is "narrowing." The Iridium acquisition adds $870 million in recurring revenue from 2.5 million subscribers.

Rocket Lab warned that the chances of launching its Neutron rocket before the end of 2026 are narrowing. The company provided the update during an Aug. 10 earnings call. Chief executive Peter Beck said the company’s target remains delivering Neutron to the pad in the fourth quarter of 2026.

Putting Neutron on the pad is not the same as launching it that quarter. The company plans pad tests including a static-fire of the first stage. Beck acknowledged that the window for an end-of-year launch is narrowing. The company’s focus is on making Neutron ready for full-scale production and high-cadence launch.

The riskiest milestone will be integrated stage testing and static-fire tests. Beck noted that when stage testing does not go well, it really does not go well. He referenced Blue Origin’s New Glenn, which exploded during a static-fire test in May. Rocket Lab announced Neutron in 2021 with a goal of launching in 2024.

The vehicle has faced a series of delays. A tank built for the first Neutron vehicle ruptured in testing in January. The company projected a first Neutron launch in late 2026 during a February earnings call. Rocket Lab also announced a contract to launch satellites for Kepler Communications on a Neutron no earlier than 2028.

Rocket Lab announced a new portable spaceport system called GHOST on August 10. GHOST stands for Global Hypersonic & Orbital Spaceport Technology. The system is packaged entirely within standard shipping containers and deploys complete rockets, launch infrastructure, ground support, and range control systems anywhere in the world.

GHOST turns the company's Electron and HASTE rockets into a launch-anywhere, launch-anytime capability. Electron is Rocket Lab's workhorse orbital rocket, standing 59 feet tall. It debuted with a test flight in 2017 and has flown 83 missions. HASTE is a suborbital version of Electron for hypersonic testing. It first flew in June 2023 and has flown nine times, most recently in June 2024.

Rocket Lab currently flies from two launch sites: one in New Zealand and one at Wallops Island, Virginia. The company recently announced plans to fly from Alaska's Pacific Spaceport Complex. CEO Peter Beck said during Rocket Lab's second-quarter 2026 earnings call that the company intends to deploy its two planned pads at the Pacific Spaceport Complex using GHOST.

Beck said Rocket Lab was inspired to develop GHOST to meet a HASTE customer's desire for more mobility. The company has built a second pad at its Virginia facility for its coming Neutron rocket. Neutron will be bigger and more powerful than Electron and partially reusable. Beck said every part of the Neutron vehicle has now seen significant testing.

Rocket Lab Corporation announced the establishment of Rocket Lab Germany GmbH on August 10, 2026. The expansion supports potential future scaling of satellite and component manufacturing in Germany.

The company already has a European foothold through its acquisition of Mynaric AG, a Munich-based provider of laser optical communications terminals. Rocket Lab will apply its manufacturing and supply chain expertise to increase Mynaric’s scale and efficiency.

Rocket Lab Germany is pursuing opportunities that could lead to satellite, payload, and components manufacturing in Germany. The company intends to create a regional hub for constellation-class manufacturing to serve European customers.

Rocket Lab Germany aims to enable scaled domestic production of satellites and critical components. It will also deliver launch services on Electron and Neutron to ensure European programs have assured access to space.

Rocket Lab Corporation unveiled GHOST, a new globally-deployable containerized launch system. The system enables suborbital and orbital launches from anywhere in the world. GHOST stands for Global Hypersonic & Orbital Spaceport Technology.

The system packages Rocket Lab’s Electron and HASTE rockets, launch infrastructure, ground support, and range control systems entirely within standard shipping containers. GHOST’s first location, named Rocket Lab Launch Complex 4, will be at the Pacific Spaceport Complex in Kodiak, Alaska. Two pads will be established there for high-frequency launch campaigns.

These two pads will complement Rocket Lab’s existing sites at Launch Complex 1 in New Zealand and Launch Complex 2 and 3 in Virginia. The addition brings the total number of pads operated by Rocket Lab to six across two hemispheres. Because Electron and HASTE use the same ground infrastructure, GHOST delivers a dual-launch capability across new locations.

The system is set to make its operational debut with a suborbital launch from Alaska in 2027. Rocket Lab CEO Sir Peter Beck stated that GHOST packages the company’s reliability, repeatability, and affordability into a deployable system for national security missions. The system is purpose-built to support responsive launch needs and time-critical missions.

Rocket Lab Corporation announced it has been selected to launch a dedicated Neutron mission for Kepler Communications Inc. The announcement was made on August 10, 2026, from Long Beach, California.

Kepler Communications is a space infrastructure company. The mission will use Rocket Lab's Neutron launch vehicle. The contract is for a dedicated launch, meaning the entire payload capacity is reserved for Kepler.

Rocket Lab describes itself as a global leader in launch services and space systems. The company is publicly traded on the Nasdaq under the ticker RKLB. This mission represents a new customer for the Neutron rocket.

No launch date or financial terms for the contract were disclosed in the announcement. Further details about the payload or mission objectives were not provided.

Rocket Lab Corporation announced its financial results for the fiscal second quarter ended June 30, 2026. The company posted record revenue and a record backlog for the period.

The results were shared on August 10, 2026, via a press release from Long Beach, California. Rocket Lab guided to another record revenue quarter in the third quarter of 2026.

Founder and CEO Sir Peter Beck stated that Q2 was another strong quarter for the company. The press release did not provide specific revenue figures or backlog dollar amounts.

No further details on operational milestones or specific mission counts were included in the supplied article excerpt. The company trades on the Nasdaq under the ticker RKLB.

Rocket Lab's medium-lift Neutron rocket may not debut until 2027, as the company works through qualification testing. In a filing ahead of its second quarter 2026 earnings call, the company said the window for a 2026 launch is narrowing.

The 43-meter-tall, liquid methane-fueled vehicle was announced in March 2021. A first stage fuel tank ruptured during a hydrostatic pressure test on January 21, pushing the planned debut from mid-2026 to late 2026. Production of the Stage 1 tank is aligned with a target delivery to the launch pad in Q4 2026.

CEO Peter Beck said reusability is key to achieving a good launch cadence. He emphasized balancing the schedule for flight one with ensuring the vehicle is ready for full-scale production and high-cadence launches beyond that. The company is constantly assessing qualification criteria for various systems.

Beck identified the integrated static fire test at the Virginia launch pad as the highest-risk milestone. He noted that fully fueled vehicles on the pad and igniting engines for the first time carries significant risk. Exact launch timing will also depend on the outcome of first stage qualification and other critical tests later in 2026.

Rocket Lab developed a containerized launch system called GHOST for its Electron and HASTE rockets. The system packages ground-support hardware and range-control equipment into standard shipping containers. This design allows the company to transport and install launch infrastructure at new sites more easily.

The first GHOST installation will be at the Pacific Spaceport Complex-Alaska on Kodiak Island. Rocket Lab plans to establish two pads there under a new Launch Complex 4. The system is expected to make its operational debut with a suborbital mission in 2027. The Alaska expansion is tied to a $266 million Space Force contract for 12 suborbital launches, with options for six more.

Rocket Lab founder Peter Beck said GHOST was developed in response to an actual customer request. He cited strong demand for HASTE and a need for greater mobility. The system could be useful for military missions requiring different flight trajectories or access to ranges outside the company's existing facilities in New Zealand and Virginia.

Operating HASTE from additional ranges could give the Pentagon more flexibility over flight paths for hypersonic testing. Rocket Lab also sees potential demand from U.S. allies seeking launch capability without building permanent complexes. Any deployment would still require site approval, licensing, range-safety planning, and security arrangements.

The Space Force awarded Rocket Lab a $397 million contract to develop, launch, and operate a constellation of Flatellites under the Space-Based Airborne Moving Target Indicator program. The contract covers an undisclosed number of satellites equipped with space-based sensors and low-latency, high-bandwidth communications links. Rocket Lab will launch the satellites on its Neutron medium-lift vehicle and use AI to process data for real-time airborne threat tracking.

The award is part of a combined $615 million funding package that also went to Systems & Technology Research and one unnamed company. Rocket Lab unveiled the Flatellite design last year as its fifth spacecraft model. The satellites stack like flat-packed units to maximize launch capacity and rely on the company’s MAX constellation flight software and InterMission ground software for cybersecurity compliance.

The contract directly results from Rocket Lab’s vertically integrated satellite manufacturing, mission operations, and launch services. CEO Peter Beck stated that these capabilities allow the company to deliver solutions meeting urgent Space Force needs. The Flatellites incorporate components Rocket Lab has built and acquired over several years.

The satellites will share threat-tracking intelligence with the Space Force once in orbit. The design supports high-performance sensing and telecom constellations. Rocket Lab describes the Flatellite as the final step in its end-to-end space company vision.

Rocket Lab launched an Electron rocket on Aug. 6 from Launch Complex 1 in New Zealand. The mission carried the QPS-SAR-13 radar-imaging satellite for the Japanese company iQPS. The launch occurred more than a month after a previous attempt was aborted.

The Electron rocket lifted off at 5:18 a.m. Eastern. The QPS-SAR-13 payload separated nearly 50 minutes later into a circular orbit at 575 kilometers altitude and 42 degrees inclination. This was the first Rocket Lab launch since June 26, when it placed a Synspective radar-imaging satellite into orbit.

The company had planned the mission, called "The Grain Goddess Provides," for June 30. Electron's first-stage engines ignited, but the launch was aborted. Rocket Lab did not disclose the cause of the scrub or the extended delay. The launch webcast did not mention the delay.

The customer was iQPS, which is developing a constellation of synthetic aperture radar imaging satellites. This was the eighth Electron launch of an iQPS satellite, with 10 more under contract. Three future launches were added in a contract announced July 30. The next Electron launch, again for iQPS, is planned for no earlier than late August from Launch Complex 1.