NZ Backs Kiwi Space Activator programme with $1.48 Million Funding Boost

New Zealand is accelerating its ambitions in the global space economy after Space Minister Chris Penk announced the first recipients of the Government’s new Kiwi Space Activator programme — a funding initiative designed to help local organisations move cutting-edge space technologies from research labs into real-world flight testing and orbital missions.

Three major projects led by Dawn Aerospace, the University of Canterbury, and the University of Auckland will receive a combined NZ$1.48 million in the programme’s first funding round, supporting advanced satellite development, biological experimentation in microgravity, and next-generation CubeSat payload systems.

The Government says the initiative is aimed at strengthening New Zealand’s rapidly expanding space sector while positioning the country as an emerging centre for aerospace innovation, orbital technology, and commercial space research.

“Dawn Aerospace, the University of Canterbury and the University of Auckland have been awarded a total of $1.48 million in round one for their exciting and sophisticated projects,” Mr Penk said.

“These projects address real-world challenges identified by government agencies, and boost New Zealand’s reputation as a hub for space innovation.”

Government Expands Funding Amid Strong Industry Interest

The Kiwi Space Activator was launched as a pilot programme to reduce barriers preventing New Zealand organisations from testing and deploying advanced space technologies — including systems intended for orbital use.

Following strong demand and what the Government described as a “high calibre” of applications, total programme funding across the first two rounds has now been increased from NZ$1.8 million to NZ$2.08 million.

Officials say the additional investment reflects growing confidence in the commercial and scientific potential of New Zealand’s space ecosystem.

“This pilot is a stepping stone, allowing us to develop New Zealand’s space capabilities and support innovative projects that could contribute to a national space mission in the years ahead,” Mr Penk said.

The funding comes as New Zealand’s space industry continues to expand rapidly, supported by the country’s launch infrastructure, aerospace engineering expertise, and increasing international interest in low-cost, agile space missions.

Industry estimates suggest New Zealand’s space and advanced aviation sector already contributes billions of dollars annually to the economy and supports hundreds of highly skilled jobs.

Dawn Aerospace to Develop Advanced Hōpara Satellite Project

Auckland-based aerospace company Dawn Aerospace received the largest individual allocation, securing NZ$600,000 for its Hōpara project.

The initiative will involve building and flying a small satellite designed to demonstrate advanced New Zealand-developed aerospace technologies.

Dawn Aerospace has become one of New Zealand’s most internationally recognised space companies, known for developing spaceplane propulsion systems and sustainable satellite propulsion technology.

The company has increasingly positioned itself at the forefront of reusable spaceplane development and orbital transport innovation.

The Hōpara project is expected to further enhance New Zealand’s capabilities in small satellite manufacturing and in-space systems engineering.

Experts say small satellites and CubeSats are becoming increasingly important globally due to their lower launch costs, rapid deployment potential, and versatility for scientific, defence, agricultural, and environmental applications.

University of Canterbury Advances Spaceplane Microgravity Research

The University of Canterbury also received NZ$600,000 to support a project focused on biological experimentation in microgravity environments aboard a spaceplane.

The initiative aims to demonstrate how biological systems respond to reduced gravity conditions — an area of growing international interest as human spaceflight, orbital manufacturing, and long-duration missions expand.

Microgravity research has become increasingly valuable in fields such as:

• Biomedical science

• Pharmaceutical development

• Human physiology

• Materials science

• Food production technologies

The University of Canterbury’s project will contribute to New Zealand’s growing research footprint in aerospace science and advanced biological experimentation.

Officials say the project also aligns with wider efforts to build domestic expertise in emerging space technologies and research applications.

University of Auckland CubeSat Project Includes Student Payload

The University of Auckland secured NZ$283,827 for its CubeSat TPA-2 mission, which will host a curated group of New Zealand-developed payloads.

One of the most notable features of the project is the inclusion of a school payload, designed to engage students directly in space technology development and inspire future aerospace careers.

“The University of Auckland project also includes a school payload, which provides an excellent opportunity to engage our next generation of space innovators,” Mr Penk said.

Education and industry leaders say involving students in real-world space missions can significantly boost interest in science, engineering, technology, and mathematics (STEM) fields.

CubeSats — miniature satellites often built for scientific research and educational purposes — have become a major gateway for universities and smaller nations seeking participation in the global space sector without the enormous costs traditionally associated with satellite programmes.

New Zealand’s Space Sector Continues Rapid Expansion

The Kiwi Space Activator programme reflects the Government’s broader ambition to grow New Zealand’s position within the international space economy.

Over the past decade, New Zealand has emerged as a recognised player in aerospace and launch services, driven largely by:

• Rocket Lab’s launch operations

• Expanding aerospace startups

• Advanced satellite research

• Increasing public-private investment

• Growing international collaboration

Government officials say developing domestic space capability has strategic importance beyond commercial returns, including:

• Climate and environmental monitoring

• Disaster response

• Agricultural technology

• Communications infrastructure

• National security applications

The latest funding round is also intended to encourage smaller organisations, universities, and innovators to participate in the space sector by reducing the financial barriers associated with testing and launching new technologies.

Applications for round two of the Kiwi Space Activator programme are now open and will close at 11:59pm on 25 May 2026.

Mr Penk encouraged further participation from across the innovation sector.

“I encourage Kiwi organisations to apply for round two so we can continue to build the future of New Zealand’s space industry,” he said.

Further information about the successful recipients, selection criteria, and application process is available through the Ministry of Business, Innovation and Employment (MBIE).