Merlin Labs Targets 2027 Commercial Autonomous Fixed-Wing Cargo Flights in New Zealand
Merlin Labs CEO Matt George has announced plans to launch what the company claims would be the world's first commercial autonomous fixed-wing aircraft operations from Kerikeri, New Zealand in 2027. The company has completed hundreds of autonomous test flights since 2022 using its AI-driven Merlin Pilot system, and is pursuing concurrent certification with New Zealand's Civil Aviation Authority and the U.S. FAA.

Highlights
- Merlin Labs CEO Matt George announced a 2027 target to launch the world's first commercial autonomous fixed-wing revenue flights from Kerikeri, New Zealand.
- The company's AI-driven Merlin Pilot system has completed hundreds of autonomous test flights in New Zealand since 2022.
- Merlin Labs is pursuing parallel certification with New Zealand's Civil Aviation Authority (CAA NZ) and the U.S. FAA, targeting full autonomy from takeoff to landing.
- Merlin Pilot is designed as a multi-application, multi-aircraft-type platform serving both commercial and defense customers.
- According to George, no conventional crewed fixed-wing aircraft has ever performed commercial revenue service autonomously — a gap Merlin Labs aims to close.
Merlin Labs Announces 2027 Target for Commercial Autonomous Fixed-Wing Flight in New Zealand
Merlin Labs founder and CEO Matt George has published a public statement on the company's website outlining its plans to commercialize autonomous flight technology and its certification pathway in both New Zealand and the United States.
An Aviation First
"In the history of aviation, no conventional crewed fixed-wing aircraft has ever performed commercial revenue service autonomously," George stated. "Our goal is for Merlin to be the first company to do this, and we are working toward achieving that from our Kerikeri, New Zealand flight test base in 2027. By commercial service, we mean operating real routes on real aircraft, conducting revenue-generating flight operations."
Why New Zealand?
Merlin Labs explained its rationale for choosing New Zealand as its primary test operations hub: "We selected New Zealand as a key base for our test operations because it offers a unique environment that allows us to build robust autonomous systems under demanding conditions. Since 2022, we have operated a flight test and R&D center in the far north of New Zealand."
To date, Merlin Labs has completed hundreds of autonomous test flights using Merlin Pilot, an AI-powered autonomous flight system. The company is simultaneously pursuing certification from the Civil Aviation Authority of New Zealand (CAA NZ) and conducting a parallel validation process with the U.S. Federal Aviation Administration (FAA).
"We believe we passed significant milestones on the certification path this year and are moving into the final stages. We are designing the system to complete flights from takeoff to landing under the same regulatory framework that applies to other aircraft in the airspace."
A Dual-Use Platform
George also elaborated on Merlin Pilot's broader application scope: "Merlin Pilot is designed as a multi-application, multi-aircraft-type platform. This means we are advancing different use cases for this technology simultaneously. In this context, the commercial milestone we are pursuing in New Zealand is an important complement to our defense work."
"No one has done this before because it is extremely difficult. Building the technology is hard enough; achieving certification is even harder. We believe this is the future of aviation and we are pushing hard in that direction. We believe that flying real commercial routes with Merlin Pilot is the best proof of our core thesis: that autonomous technology built from first principles, shaped by certification requirements from day one, and validated in real operational environments, can produce systems that regulators can certify, operators can deploy, and communities can rely on."
Further reading: Going First: Commercial Autonomous Flight in New Zealand in 2027 | Merlin Labs
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