E-scooter Trial Extended in Forster-Tuncurry: Positive Impact and Growing Popularity

The Forster-Tuncurry e-scooter trial, initiated in the Great Lakes Region and overseen by the MidCoast Council, has been granted an extension until June 30, 2025. This extension follows a successful year-long trial period that garnered significant positive outcomes. The trial has witnessed an impressive uptake, with over 60,000 trips covering more than 126,000 kilometers recorded between December 2024 and October 2025.

Local council members have unanimously supported the extension of the e-scooter trial, highlighting its popularity and the favorable response from the community. Daily usage of these hireable e-scooters has exceeded 100 rides, surging notably during peak holiday seasons. The introduction of e-scooters has provided residents and tourists with an alternative mode of transportation, reducing reliance on cars and enhancing mobility within the area.

Collaboration with local businesses in Tuncurry and Forster has further facilitated the accessibility and convenience of these hireable e-scooters, contributing to their widespread adoption. However, concerns have been raised regarding the improper disposal of these e-scooters, which not only detracts from the visual appeal but also poses safety risks when obstructing pathways.

To address this issue, residents are encouraged to report any misplaced e-scooters to Beam, the service provider, either by scanning the QR code on the e-scooter or visiting their website. It is important to note that while hireable e-scooters are permitted within the trial framework, personal e-scooters remain prohibited on public roads, footpaths, and bike lanes in accordance with existing NSW regulations.

For individuals seeking further information on e-scooter regulations in New South Wales, detailed guidelines are available on the Transport for NSW website. The growing popularity and success of the e-scooter trial in Forster-Tuncurry underscore the importance of sustainable and innovative transportation solutions in modern urban environments.