Every construction site is different, and choosing the right foundation starts with understanding your ground conditions. While conventional timber piles remain an excellent solution for many residential projects, some sites require an engineered foundation system such as Blade Piles to provide the safest, most practical and cost-effective outcome. When are conventional timber piles the right […]
With recent changes to New Zealand building legislation, granny flats are set to become a much more common addition to residential properties. Small standalone dwellings (under 70m²) can now be built without a building consent, provided they meet specific criteria and are designed and constructed by licensed professionals. This is expected to make it faster […]
This Rotorua project at Lake Rotoiti involved a house addition and new sleepout on a lakefront site, with both structures designed as suspended timber floors. Blade Piles were installed to support the addition, with 32 x 89CHS piles installed to approximately 3.5m depth to achieve suitable founding below the weaker surface layers. Paired with adjustable timber floor […]
This Halswell River project required a new weed screen installed under 3 meters of water, presenting a significant engineering challenge. Concrete-filled Blade Piles were installed to support the structure. Each pile was capped and prepared to receive tension cables, forming a stable and durable foundation for the weed screen. Through innovative thinking and the assistance of […]
Blade Pile NZ was proud to attend and sponsor the SESOC 2025 Conference in Wellington, our first time supporting the event as a sponsor. Held from June 25–27 at the Tākina Convention Centre, the conference’s theme, “Navigating Change with Integrity and Future Focus,” addressed the evolving challenges in structural engineering, including sustainability, digital transformation, and […]
This commercial project at KFC East Tāmaki required a foundation system capable of bridging existing underground services while also overcoming areas of soft, uncontrolled fill. A total of 22 Blade Piles were installed, each designed to achieve a 36-tonne load capacity. The piles transfer structural loads through the weak surface soils and into stronger ground […]