New Zealand’s only orbital rocket company has landed another job from NASA, with the United States space agency picking Rocket Lab to fly three dedicated Electron launches for a pair of science missions out of its launch site on the Māhia Peninsula on the east coast of the North Island.
The deal, announced on 25 June, covers two separate NASA programmes that study the Sun and the Earth. It adds to a launch manifest that has kept the company’s small Electron rocket among the busiest in the world, and it lands at a moment when Rocket Lab is trying to prove it can win a steady stream of government work while it builds a far larger rocket alongside.
The first mission is TSIS-2, short for the Total and Spectral Solar Irradiance Sensor-2. It is a single satellite that measures how bright the Sun is and how its energy is spread across ultraviolet, visible and infrared wavelengths. That sounds abstract, but the data feeds directly into work on the recovery of the ozone layer and into air quality forecasting, because the amount of energy arriving from the Sun is the starting point for almost every model of what the atmosphere does next. NASA wants TSIS-2 in orbit in early 2027.
The second programme is PolSIR, the Polarized Submillimeter Ice-cloud Radiometer. It uses two identical small satellites, known as CubeSats, that will be launched back to back on two further Electron flights no earlier than June 2027. The pair will study how ice clouds form and change through the day in the tropics and subtropics, a gap in the data that has made weather and climate models less reliable than scientists would like. The two satellites need to reach an unusual orbit tilted at 52 degrees, which is one of the reasons a dedicated small rocket suits the job better than sharing a ride on a much larger vehicle.
All three launches will lift off from Launch Complex 1 on the Māhia Peninsula, the private spaceport Rocket Lab opened in 2017 and which remains the only site in the country licensed for orbital launches. That keeps the work, and the spending around it, in New Zealand even though Rocket Lab is now headquartered in California and listed on the Nasdaq in the United States.
Founder and chief executive Sir Peter Beck said the company had built a long record with the agency. “Electron has become synonymous with reliability, precise orbital accuracy, and on-demand launch capability and we’ve been delivering this for NASA missions for almost a decade,” he said in the announcement.
That record is the core of the sales pitch. Electron has now flown more than 90 times, which makes it comfortably the most flown small launch vehicle in the West, and Rocket Lab markets its ability to drop satellites within metres of a target orbit against an industry where the usual margin is measured in kilometres. For a science mission that needs a precise orbit to do its job, that accuracy is worth paying for.
Speed is the other selling point. NASA contracted the TSIS-2 launch and held it to a turnaround of about seven months from signing to flight, an unusually tight schedule for a government science mission and one that favours a company able to offer a launch on demand rather than waiting for a slot on a crowded rocket. Being able to say yes to that kind of deadline is how a small launcher carves out a niche against the much cheaper per-kilogram economics of large rockets that carry dozens of satellites at once.
The contract is the latest in a run of bookings for Rocket Lab. In May the company signed a five-launch deal for Neutron, the much larger reusable rocket it is developing for bigger payloads and which it is still aiming to fly for the first time late this year. Neutron is the bet that is meant to move Rocket Lab from a profitable but small launch business into the far larger market for medium-lift rockets currently dominated by SpaceX. The steady flow of Electron contracts, including this NASA award, is what funds that ambition while it is being built.
Neither NASA nor Rocket Lab put a dollar figure on the three-launch contract, which is normal for these awards. Electron missions are generally understood to sell in the region of US$8 million to US$10 million each, so a three-flight deal sits in the tens of millions of dollars rather than the headline-grabbing sums attached to Neutron or to the company’s satellite manufacturing arm. The value to Rocket Lab is as much about the steady cadence and the reputation that comes with repeat NASA business as it is about any single payment.
For New Zealand, the announcement is a reminder that one of the country’s few genuinely globally significant technology companies still runs its launches from a paddock above the sea in northern Hawke’s Bay. Every flight from Māhia brings engineering jobs, supplier work and a small but real export earner that does not depend on the weather, the milk price or a tourist’s airfare. Whether Rocket Lab can keep that work anchored here as Neutron and its American operations grow is one of the more interesting questions hanging over the local industry.
The two PolSIR satellites and the single TSIS-2 spacecraft will need to clear their own building and testing milestones before any of this flies, and launch dates of this kind routinely slip. But the bookings are made, the pad is the one on the Māhia Peninsula, and for now the orders keep coming.
What do you make of Rocket Lab keeping its launches in New Zealand while its head office and stock listing sit in the United States? Have your say in the comments below.
This article was written by AI, briefed to report the facts, hopefully without some of the bias people bring to the job 🙂
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