Lake Pupuke (C) ArchiPro (2) header first-digit second-digit

Efficient Aluminium Joinery Supply
for Auckland Multi-residential

Project name

31 Lake Pupuke Road

Category

Multi-residential

Location

Takapuna, Auckland

The client

Austen Projects

This contemporary townhouse development at 31 Lake Pupuke Drive in Takapuna, Auckland, required a window and door solution that supported architectural intent while keeping delivery efficient and straightforward.  

Built by Austen Projects, this multi-residential project demanded reliability and speed from its suppliers, making UNO’s palletised delivery system and clear unit labelling a perfect fit. 

Explore Our Multi-residential Projects Portfolio

Scope

Seamless Joinery Delivery for Multi-residential Housing

The Challenge: 

With 55 windows and doors required across the development, the focus for this project was on delivering consistent, high-quality aluminium joinery that  

  • Maximised natural light in the property. 
  • Kept installation flowing smoothly onsite. 
  • Provided a cost-effective joinery solution that also enhanced living comfort.   
How Low E glass enhances living comfort for Multi-residential developments
Lake Pupuke Gallery (1)
Lake Pupuke Gallery (6)
Lake Pupuke Gallery (3)

Solution

Fast, Reliable Joinery Package

UNO delivered a practical aluminium joinery solution tailored for efficient site coordination.

  • Using our palletised delivery system, all units arrived clearly labelled and installation-ready, helping Austen Projects stay on schedule.
  • The use of UNO Non-Thermal Suite, paired with Low-E Lightbridge Double Glazing and a sleek Matt Black finish, ensured each townhouse received ample natural light, enhanced living comfort, and a modern, cohesive aesthetic.

Innovative Delivery Solutions

UNO streamlines transportation and reduces on-site labour through an innovative palletised delivery system unique in New Zealand. This method ensures timely and efficient installation nationwide.

Each window and door unit was clearly labelled and packaged to streamline handover, reduce onsite handling, and support faster installation.

Uno Pallet-webp

Key Outcomes: 

  • All 55 aluminium window and door units using UNO Non-Thermal Suite were delivered using via palletised system and organised unit labelling, ensuring efficient site handling and fast installation.
  • Matt Black (UNO Key Colour) finish added a modern, cohesive look across the development.
  • A cost-effective joinery package that supported enhanced living comfort with Low-E Lightbridge Double Glaze glass.

Photos supplied by Austen Projects

Contact Us to Experience Efficiency in Every Aspect.

first-digit second-digit third-digit
Window & Door Units
For this project, UNO manufactured and delivered 55 aluminium window and door units. A combination of sliding doors, awning windows, and entrance doors tailored to townhouse living.
Matt black powdercoat
Matt Black Powdercoat
The Matt black powdercoat finish, a popular key colour in UNO’s aluminium joinery range, provides a modern and sleek aesthetic. This durable and low-maintenance finish aligns perfectly with the architect’s vision, offering long-lasting protection against New Zealand's diverse weather conditions.
UNO Icons x11 White RGB_Low E Glass-1-1
Low-E Lightbridge Double Glaze
All windows and doors are supplied with advanced Low-E Lightbridge double glaze glass, enhancing thermal insulation and energy efficiency. This innovative glass solution contributes to reduced energy consumption and creates a healthier, more comfortable living environment for residents, meeting H1 energy compliance standards.
Non_thermal_-_White
UNO Non-Thermal Suite
UNO Non-thermal delivers value-engineered results to meet thermal compliance in line with the architects requirements.

Featured products

A variety of window and door configurations were used across this project


We can align fabrication with your project timelines to meet your install schedules and create a seamless build from start to finish.

Talk to the team today
Aluminium fabricators