Project Update | 903 Bourke St, Waterloo

MESO Solutions is proud to share a progress update from one of our largest sheet piling projects at 903 Bourke St, Waterloo for our client DASCO . This site forms part of the upcoming Danks S t District development.

Pushing Forward

The site is progressing smoothly – sheet piling and anchoring are nearing completion. Bracing is in place and concrete slab is underway. The team has finished installing lagging walls – right next to sheet piles. The scale of this project marks a significant milestone for MESO – bringing together custom-designed engineering and on-ground expertise.

Custom-Designed Solutions

This project showcases MESO’s expertise in shoring over hard rock, with lagging walls installed in close proximity to sheet piles to suit this site’s complex needs. This job also marks the debut of our newest rig, the RTG RG21T, with advanced precision and pace, enabling the team to navigate challenging conditions with ease.

With its scale and complexity, the Waterloo project highlights what MESO does best – combining innovation, technical expertise and teamwork.

We engineer it — with precision, innovation and resilience.

Sheet Pile Walls

Site update from MESO's Waterloo site showcasing shoring over hard rock. By installing precision-engineered retaining systems, we prevent soil and rock displacement, minimising the risk of collapses and ensuring the integrity of the excavation site.

Lagging Walls for Temporary Ground Retention

Lagging walls used as a temporary ground retention system to support excavation works and protect surrounding structures. Commonly applied in confined sites, lagging walls provide stability during construction and groundworks.

Lagging Wall Installed.

Lagging walls being installed and welded on site for safety and stability. Lagging walls are a flexible temporary shoring solution.

Site Overview.

Temporary shoring works nearly completion with sheet piling over hard rock and lagging wall installed for extra stability.

Site Overview.

Concrete slab in progress.