One NZ has launched a groundbreaking nationwide Satellite TXT service powered by Starlink, significantly enhancing connectivity in regions of New Zealand where mobile service is limited.

The service is compatible with select devices, including the Samsung Galaxy Z Flip6, Galaxy Z Fold6, Galaxy S24 Ultra, and OPPO Find X8 Pro, with plans to broaden compatibility through 2025.

Customers on existing Pay Monthly plans, including Companion Group Plans and Endless Business mobile plans, can access this new service at no additional cost.

The service was successfully tested by George Hillary, grandson of Sir Edmund Hillary, who sent a message from the remote Mount Head, showcasing its effectiveness in isolated locations.

Initially, the service allows text messages to be sent and received within approximately three to ten minutes, with expectations that this will improve to around one minute as more satellites are deployed.

SpaceX has launched over 300 Starlink satellites into low Earth orbit, with regulatory approval to deploy an additional 7,500 satellites to enhance coverage and service performance.

Starlink is also collaborating with T-Mobile in the United States to provide similar Direct-To-Cell services, with a broader rollout planned for 2024.

One NZ emphasizes that while the satellite messaging service provides an additional safety layer for travelers in remote areas, users should carry personal locator beacons due to potential messaging delays.

This satellite messaging service is considered a significant technological advancement, comparable to the introduction of 4G and 5G networks, opening new opportunities in sectors like agriculture and tourism.

Looking ahead, similar satellite text messaging networks are expected to become available in the United States and other countries soon.

The partnership with SpaceX's Starlink reflects One NZ's commitment to bridging connectivity gaps without relying on taxpayer funding.

One NZ plans to enhance the service by expanding the number of compatible devices and improving message transmission speeds in the future.