Lachlan Fysh using the ftc-1 3d printed camera in a sunlit architectural setting.

Melbourne Designer Lachlan Fysh Reimagines Architecture Photography with 3D-Printed FTC-1 Camera

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Written by Seth Sebastian

2026-10-18

Photographers grappling with converging verticals in skyscraper shots have a new ally: the FTC-1 3D printed camera by Melbourne’s Lachlan Fysh. Crafted using a 3D printer and CNC-machined aluminum, this 6×7 film device recently won Gold for Cameras at the 2025 International Design Awards. It is making waves in the photography community for its innovative design and affordability.

Revolutionary Design and Functionality of the Camera

This camera utilizes 120 film with Mamiya RB67 backs and large format lenses, permitting significant adjustment to capture skyscrapers in perfect proportion. The lens rises up to 30mm vertically, while a side shift of 15mm accommodates a wide range of framing options. The device weighs 2.4 pounds and retails for $1,200 AUD, about $850, offering a budget-friendly alternative to pricier Swiss models.

Close-up of the ftc-1 3d printed camera on a table indoors.

Innovative Use of Materials

Initial prototypes of Fysh’s creation were entirely plastic, but stability issues prompted a switch to aluminum for crucial structural elements. CNC-machined plates provide the necessary stiffness for tripod mounting, while plastic components keep it lightweight. 3D printed lens cones using less material minimize waste, reflecting Fysh’s eco-friendly design ethos.

Designer Lachlan Fysh adjusting the 3d printed camera lens.

Fysh reduced the camera’s weight by opting for 3D printed titanium parts, like the handle brackets, saving weight with the use of titanium. The ground glass is made from acrylic, ensuring resilience and cost-effectiveness.

For more architectural insights, explore Casa Piva’s Windowless Facade and its transformation into a light-filled sanctuary in Melbourne.

Mechanics of Precision

The rise mechanism, a key feature of the apparatus, employs a TR8 lead screw, inspired by desktop 3D printers. This design ensures rapid, stable lens movement, eliminating the need for separate locking mechanisms. An anti-backlash nut enhances the smoothness of adjustments, crucial for precise composition in architecture photography.

3D printed camera capturing images of city architecture.

Fixed Tilt Innovation

Unique in its approach to tilt, the camera uses interchangeable lens cones with preset tilt angles, tailored for different focal lengths using a custom Scheimpflug visualizer. This ensures precision and ease of use in the field, with zero risk of angle drift.

Architectural structures framed through the ftc-1 camera lens.

Expanding Horizons

Available for $1,200 AUD on the Fysh Technical site, the FTC-1 comes with fixed tilt cones priced at $50 AUD each. In contrast, comparable models like Alpa’s start at over $5,000. Fysh is also developing a panoramic model, the FTC-W, using the same innovative system.

To witness another photography marvel, check out Mathieu Forget’s Daredevil Photography capturing gravity-defying scenes worldwide.

Man previews images on a 3D printed camera screen outside.

Fysh’s ingenuity transforms architectural photography with a blend of traditional craftsmanship and cutting-edge technology. His design embodies a meticulous commitment to quality and accessibility, setting new standards in the field.

Lachlan Fysh using the ftc-1 3d printed camera in a sunlit architectural setting.

Source: yankodesign.com

Frequently asked questions

What is the FTC-1 camera used for?

The FTC-1 camera, designed by Lachlan Fysh, is used for capturing skyscrapers in perfect proportion, specifically addressing the issue of converging verticals in architectural photography.

How much does the FTC-1 camera cost?

The FTC-1 camera retails for $1,200 AUD, which is about $850, offering an affordable option compared to pricier models.

What film and lenses does the FTC-1 camera use?

The FTC-1 camera uses 120 film with Mamiya RB67 backs and large format lenses, allowing significant adjustments for precision in architectural photography.

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