Space industry in New Zealand

New Zealand Space Agency

Wellington, New Zealand government

The New Zealand Space Agency (NZSA), established in 2016 and operating within the Ministry of Business, Innovation and Employment (MBIE) in Wellington, is the government body responsible for regulating New Zealand's space activities, managing the country's international space relationships, and supporting the domestic space industry — a sector that has grown rapidly since Rocket Lab established its primary orbital launch site on the Mahia Peninsula. NZSA's regulatory function centers on administering the Outer Space and High-altitude Activities Act 2017 (OSHAA), which established New Zealand's national legal framework for licensing space launches, payload approvals, and return operations. New Zealand became the first country to issue a launch license to a private commercial company for an orbital launch site when it licensed Rocket Lab's Launch Complex 1 at Mahia Peninsula — a remote coastal promontory on New Zealand's North Island — in 2017. The location's southern latitude (~39°S) and launch azimuths over the Pacific Ocean make it well-suited for sun-synchronous and low-inclination LEO orbits serving Earth observation customers. Rocket Lab has conducted over 50 Electron launches from Mahia, making New Zealand the world's third most frequently used orbital launch location after the U.S. and Russia during peak activity periods. Beyond licensing, NZSA manages New Zealand's bilateral space cooperation agreements — including with NASA, ESA, JAXA, and the Canadian Space Agency — and represents New Zealand at the United Nations Committee on the Peaceful Uses of Outer Space (COPUOS) and the International Telecommunication Union (ITU) for orbital slot and frequency coordination. The agency oversees the registration of New Zealand-licensed satellites and launch vehicles per the 1975 Convention on Registration of Objects Launched into Outer Space. NZSA also administers funding programs to develop domestic space capability beyond Rocket Lab, including Earth observation data use, space situational awareness collaboration, and STEM education initiatives to build a broader space talent pipeline.

Dawn Aerospace

Delft, New Zealand commercial

Dawn Aerospace, founded in 2018 and headquartered in Christchurch, New Zealand (with an R&D presence in the Netherlands), is developing a reusable suborbital spaceplane and green propulsion systems for satellites — pursuing a long-term vision of aircraft-like daily access to space using horizontally-launched, rocket-propelled vehicles that can fly multiple missions per day from conventional airstrips without large launch infrastructure. Dawn's Mk-II Aurora is an autonomous (uncrewed) suborbital spaceplane approximately 4 meters long, launched horizontally from an aircraft runway, powered by a nitrous oxide/propylene propulsion system. The Mk-II targets 100+ km altitude (Kármán line crossing) for microgravity research payloads, atmospheric science instruments, and space boundary experiments, with recovery via autonomous landing for rapid reuse. Flight testing of the Mk-II began in New Zealand in 2023 with approach-and-landing trials, working toward full rocket-powered ascent and hypersonic re-entry envelope expansion. The longer-term Mk-III concept targets orbital capability with a recoverable first stage and expendable upper stage. Dawn's satellite propulsion division manufactures green monopropellant thruster systems using hydroxylammonium nitrate (HAN)-based propellants — non-toxic, non-carcinogenic propellants with density impulse superior to hydrazine for small satellite applications. These thrusters are sold to satellite bus manufacturers and constellation operators as drop-in replacements for hydrazine monopropellant systems, avoiding the extensive ground safety equipment and handling procedures hydrazine requires. Dawn's New Zealand base leverages RocketLab's regulatory precedent for commercial launches from NZ airspace, the country's Southern Hemisphere orbital trajectory advantage, and a growing local aerospace manufacturing ecosystem. The company competes with Hermeus, Reaction Engines, and Virgin Galactic in reusable spaceplane development, and with Bradford ECAPS, Aerojet Rocketdyne, and Benchmark Space Systems in green smallsat propulsion.

Mahia Launch Complex

Mahia Peninsula, New Zealand commercial

Mahia Launch Complex (Launch Complex 1, or LC-1) is Rocket Lab's primary launch site, located on the Mahia Peninsula on the East Cape of New Zealand's North Island. Opened in 2017, it was the world's first private orbital launch complex and the first in the Southern Hemisphere to successfully reach orbit. The remote coastal location provides clear over-ocean flight paths for a wide range of orbital inclinations and avoids populated downrange areas. LC-1 consists of two pads (LC-1A and LC-1B), enabling back-to-back Electron launches without pad refurbishment downtime. The site has supported dozens of Electron launches with a high cadence that no other small launch provider has matched. New Zealand's unique space launch regulation under the Outer Space and High-altitude Activities Act 2017 governs operations at the site.

Rocket Lab New Zealand

Auckland, New Zealand commercial

Rocket Lab New Zealand is an end-to-end space company headquartered in Auckland, New Zealand, providing comprehensive space solutions from launch services to satellite components. Founded in 2006, the company focuses on delivering reliable and responsive access to space for small to medium-sized satellites. Rocket Lab’s core offering is the Electron launch vehicle, currently the second most frequently launched U.S. rocket, offering both dedicated and rideshare launch options with tailored orbits and schedule control. Beyond launch, Rocket Lab designs and manufactures complete spacecraft – including the Photon, Pioneer, Lightning, and Explorer series – and provides critical satellite components such as star trackers, separation systems, and reaction wheels. They are also a leading provider of space solar cells and flight/ground software, with their software operating across more than 50 spacecraft for a cumulative 150 years in space. Notably, Rocket Lab has recently supported missions for organizations like the Japan Aerospace Exploration Agency (JAXA) and KAIST, demonstrating its capabilities in serving both government and academic clients. The company is currently developing Neutron, a larger 13-tonne payload class launch vehicle, to expand its service offerings for constellation deployment, cargo resupply, and interplanetary missions. Rocket Lab differentiates itself through its full-stack approach, offering an integrated suite of space technologies and services, and a commitment to responsive launch capabilities, accelerating the path to orbit for its customers.

Astrix Astronautics

Auckland, New Zealand commercial

Astrix Astronautics, founded in 2023 and based in Auckland, New Zealand, is a satellite-manufacturing company specializing in inflatable deployable components for spacecraft. The company develops platforms utilizing inflatable, rigidizing deployment technology to significantly increase deployable surface area – up to 20x more than traditional methods – while simultaneously reducing mass by a factor of four. This technology is applicable to solar arrays, high-gain antennas, and drag sails, offering a solution to power limitations and deployment challenges in space. Astrix’s core innovation lies in its ability to achieve high packing density through inflation, followed by a rigidization process ensuring long-term structural integrity. This allows for the creation of powerful and affordable solar arrays, utilizing either silicon or triple-junction solar cells, with a strong and reliable supply chain. Their ‘Copia’ product line offers up to 300W/kg solar arrays and is configurable, including a single-axis deployment option for enhanced rigidity. Notably, Astrix has received the Ārohia Trailblazer Grant from Callaghan Innovation, recognizing its unique technology. The company also presented at the CubeSatPlus conference, demonstrating its engagement within the small satellite community. Astrix Astronautics positions itself as a provider of high-performance, low-cost, and scalable deployable solutions, addressing a key bottleneck in spacecraft power and functionality. Their technology offers a compelling value proposition for a range of missions requiring increased surface area within constrained volume and mass budgets.

Kea Aerospace, founded in 2019 and based in Christchurch, New Zealand, is a developer of High Altitude Platform Stations (HAPS), specifically solar-powered, remotely piloted aircraft designed for long-duration stratospheric flight. The company focuses on providing persistent aerial imagery and data collection capabilities from the stratosphere, with aircraft capable of operating continuously for months at a time. Kea Aerospace’s core technology centers around sustained, solar-powered flight in the stratosphere, enabling long-term aerial observation without the need for frequent landings or refueling. This capability positions them to deliver continuous, high-resolution data for various applications. As the first Southern Hemisphere HAPS manufacturer, Kea Aerospace is uniquely positioned to serve customers in this region. Currently, Kea Aerospace is focused on developing and demonstrating this technology, with a vision of providing proactive insights and enabling rapid response capabilities through stratospheric data collection. While specific missions or customers are not publicly detailed, the company aims to address challenges across various sectors by offering a persistent aerial observation platform. Kea Aerospace’s unique value proposition lies in its long-duration, solar-powered HAPS platform, offering a cost-effective and environmentally sustainable alternative to traditional satellites or short-duration aerial platforms for persistent surveillance, environmental monitoring, and other data-intensive applications.