November 22nd, 2024

Te Kaha multi-use arena begins vertical construction phase

The concrete structure of Te Kaha – Canterbury’s Multi-Use Arena (Photo: Christchurch City Council)
The concrete structure of Te Kaha – Canterbury’s Multi-Use Arena (Photo: Christchurch City Council)

Te Kaha, Canterbury's highly anticipated Multi-Use Arena project, has reached a significant milestone as the first of its concrete columns emerged vertically from the ground. Here are the details:

• The first four five-meter-tall columns were filled with concrete, left to cure for three days, and then had the formwork boxing removed.

• Te Kaha Project Delivery Chief Executive, David Kennedy, stated that the work in the southwest corner of the site is a signal that the next phase of the 30,000-seat arena's construction has begun.

• As part of the vertical construction phase, work on pouring and boxing the ground floor walls has begun, in addition to regular casting of concrete columns.

• Over the past eight months, the Te Kaha project has achieved a significant amount of work to improve the land and undertake 17 major concrete pours for the arena's foundations.

• About 75% of the southern stand and half of the western stand substructures have been completed as the substructure work continues across the site.

• The substructure work is scheduled to be completed in the next couple of months as programmed, in line with the project's budget and timeline.

• An all-weather surface of AP65 and AP40 gravel and stones has been added to high-traffic areas of the site to minimise mud during the winter months and manage dust during drier periods.

• A signalised pedestrian crossing on Tuam St will soon be operational, enabling hundreds of sub-contractors and contractors to safely access the site from the BESIX Watpac offices.

The Te Kaha Multi-Use Arena is a crucial project for Canterbury and New Zealand, providing a 30,000-seat arena that will offer opportunities for sporting and cultural events. The emergence of the concrete columns represents a visible step forward in this highly anticipated development.