Heliflite Hangar
Heliflite’s Landmark Aviation Hangar at Ardmore

- Client
Heliflite
- Industry
Aviation
- Location
Ardmore Airport, Auckland
- Completion
September 2025
- Project Size
750sqm
- System
SuperSpan™ 440 beam system
- Cladding System
FS690
- Build Time
3 months
Where Structural Intelligence Meets Architectural Ambition
Where Structural Intelligence Meets Architectural Ambition
Heliflite required a new hangar at Ardmore Airport that could accommodate a private jet with a 23-metre wingspan while presenting a refined, contemporary presence within the airfield environment.
The project came with clear constraints. Boundary limits restricted building width, the exposed site demanded enhanced wind and seismic performance, and ground investigations revealed peat beneath the surface, making traditional heavy tilt-panel construction unsuitable. A lighter, more considered structural approach was needed to maintain performance without increasing foundation risk.
Formsteel engineered and constructed the structural solution using its SuperSpan™ 440 beam system. The high-strength beam configuration enabled a 23-metre clear internal span with slimline columns, maximising usable space without breaching site limits. Instead of conventional tilt-panels, a lightweight structural stud wall system was introduced to reduce foundation loads while maintaining fire and performance compliance.
Structural members were also integrated into the oversized tilt door assembly, ensuring the door could withstand significant wind pressures without compromising function. Through coordinated modelling, fabrication, and installation, Formsteel delivered its scope in just three months, using approximately 47% less steel than a traditional structural solution.
The result is a high-performance aviation facility that balances strength, efficiency, and architectural clarity.






Challenges + Solutions
Boundary Constraints
Engineered clear spans maximised internal width without breaching site limits.
Complex Ground Conditions
A lightweight wall system replaced tilt-panels to mitigate peat foundation risk.
Large Aircraft Clearance
SuperSpan® 440 beams enabled a 23-metre unobstructed internal span.
Wind and Seismic Loads
Structural members were engineered to perform in exposed airfield conditions.
Architectural Integration
The brief extended beyond function. The hangar was to be a modern, architecturally considered facility that reflected the calibre of aircraft it would house.

Our lightweight structural approach proved critical in navigating the site's challenging ground conditions and boundary constraints. The result was a 23-metre clear-span aviation hangar delivered in just three months, using approximately 47% less steel than a conventional structural solution.

Greater Open Spans
Designed for full aircraft clearance.

Carbon Reduction
Significantly lower steel used compared to traditional construction.

Three-Month Delivery
Formsteel scope completed efficiently and on programme.

Reduced Foundation Risk
Lightweight structural solutions mitigated peat ground constraints.

Architectural Impact
A full-height glazed façade created a refined aviation landmark.

Integrated Engineering & Build
Engineering, fabrication, and installation delivered through one coordinated system.
“ Formsteel has the potential to change the commercial construction game. It’s a building system that’s lower cost, simpler to construct, faster to build, and lighter. All those things add up and it’s just a better, completely new approach. Of course, we can’t forget that Formsteel is the greenest option out there and that’s something to be seriously considered. ”
Campbell Barbour
NZRPG
“Formsteel as a building solution has undeniably changed the game for large-scale commercial construction projects. Starting with the Formsteel system from the inception of a project ensures cost effective, simple build solutions with a shorter build timeframe. It just makes sense."
Bojana Hynes
Cottee Parker Architects
“The real benefit of Formsteel is that it allows us as developers to deliver quality buildings that are faster and more cost effective to build. 47% less embodied carbon; this is becoming a bigger and bigger deal. Formsteel source from reputable mills, they are a lot quicker to build with than traditional steel, and cheaper. That's why we are interested in it.
Alan Lockie
Stride Property



