Project Overview

The Downtown Ferry Terminal on Queens Wharf is a flagship public transport project designed to meet the needs of Auckland’s growing ferry network. Delivered through a Joint Venture between HEB Construction and Downer, the terminal forms a core part of the city’s long-term transport infrastructure strategy.

Manson Engineering was proud to partner with the HEB–Downer Joint Venture and Structure Design to deliver key marine infrastructure elements. Our scope included the design, fabrication and installation of three 33 m long by 6 m wide aluminium gangways, as well as custom stainless-steel bracketry essential to the functionality of the terminal.

Project Details

Project: Downtown Ferry Terminal – Gangway fabrication & installation for Auckland Transport

Scope Highlights:

  • Gangway Size: 33 × 6 m
  • Fabrication Time: 12,000+ hours in custom Henderson workshop
  • Materials: Marine-grade structural steel & aluminium.

The Solution: Collaborative delivery and technical precision

With tight tolerances and demanding environmental conditions, this project required both technical precision and efficient collaboration. Working closely with Structure Design, we ensured compliance with structural and marine performance requirements throughout fabrication.

Each gangway was craned from our Henderson facility, trucked to the waterfront, transferred onto barges, and finally installed at Queens Wharf using heavy marine lifting equipment. The logistics were planned in detail to ensure safety and seamless integration with ongoing site works.

The Result

All three gangways are now installed and operational, forming a vital access point for ferry passengers at the upgraded terminal. This project demonstrated Manson Engineering’s capability in delivering large-scale, high-performance marine infrastructure in partnership with some of New Zealand’s leading civil and design specialists.

We are proud to have contributed to this landmark transport project alongside HEB Construction, Downer, and Structure Design.