Training Course Update – Stereoscopic Cameras

What is Stereoscopic Photography?

Have you ever wondered how photographers achieve a three dimensional effect?  In this blog, we will explore the application of stereoscopic photography and photogrammetry, a dynamic duo for spatial data acquisition. 

Daimlar Ferret armoured car reconstructed using stereo cameras.
Daimlar Ferret armoured car reconstructed using stereo cameras. This vehicle can be seen at Aldershot Military Museum and the source images created with permission from and thanks to Hampshire Cultural Trust.

Stereographic photography is achievable by employing dual-lens imaging. In the realm of photogrammetry, stereoscopic photography enhances precision and captures depth intricacies allowing for meticulous three-dimensional reconstructions with inherent scale. The immersive world of stereoscopic imagery uses the convergence of dual perspectives to provide a comprehensive spatial representation.

View from the starboard stern quarter of the historic lifeboat Charles Dibden. 3D reconstruction using stereo cameras gives inherent scaling without further constraint.

Accupixel’s online photogrammetry courses can elevate your photogrammetric projects with the transformative power of stereoscopic photography. The good news is both 3DF Zephyr and Agisoft Metashape support this technique.

What is the setup for Stereoscopic Photography?

To capture immersive depth, stereoscopic photography employs dual cameras. This configuration enhances the stereoscopic effect, ensuring synchronized perspectives for optimal 3D representation. The typical stereoscopic photographer’s toolkit includes precision-aligned dual lenses, enabling the simultaneous capture of varying viewpoints. These setups often incorporate advanced calibration techniques to achieve seamless convergence and depth accuracy. By using a dual camera setup, photographers can create an immersive and true-to-life stereoscopic photography experience faster.

What are the advantages of Stereoscopic Photography?


Often, downstream consumers of photogrammetry output need the precision advantages of stereo cameras, boasting a mere 1~2% scale variation between real-world and reconstructed measurements. This feature proves invaluable in environments where incorporating traditional constraints like scale bars or GCPs is challenging or costly. Notably, underwater scenarios benefit greatly from this approach, presenting a seamless solution where other methods falter. In the field of high-end subsea industries like oil and gas, we are witnessing a significant shift towards the efficient utilization of stereoscopic photography. AccuPixel leads the way in exploring and implementing these cutting-edge techniques for unparalleled precision and efficiency in imaging.

Stereoscopic Photography Photogrammetry dual lens
A pair of Nikon DSLR cameras fitted with a 16mm fisheye lens. The lens offers some significant advantages for underwater work.
Stereoscopic Photography Photogrammetry dual lens
A pair of Nikon DSLR cameras controlled and acting as a stereoscopic pair.

When to use Stereoscopic Photography

In the application of photogrammetry, stereoscopic photography comes into play when depth perception is crucial. Stereoscopic techniques are suitable when intricate spatial details require enhanced precision. Given that, stereoscopic photography finds its application in scenarios demanding comprehensive 3D reconstructions, the technique can ensure a nuanced representation of the environment.

Stereoscopic photogrammetry model of a CVR(T) Scimitar
Combat Vehicle Reconniassance Tracked (CVRT) Scimitar reconstructed in 3D using stereo cameras. Variation between real world and model is 1.5% variance. This vehicle can be seen at Aldershot Military Museum and the source images created with permission from and thanks to Hampshire Cultural Trust.

This approach becomes pivotal when traditional monocular imaging falls short in capturing the desired depth intricacies. Photogrammetrists employ stereoscopic photography selectively, aligning it with the specific spatial requirements of one’s photogrammetric projects.

Why use Stereoscopic Techniques

Stereoscopic Photography Photogrammetry
A subject captured by stereoscopic cameras and reconstructed in Metashape Professional. Constrained cameras offer compelling advantages when working in areas where scaling is difficult or GPS is denied.
Stereoscopic Photography Photogrammetry
A subject captured by stereoscopic cameras and reconstructed in Metashape Professional. Constrained cameras offer compelling advantages when working in areas where scaling is difficult or GPS is denied.

Within the domain of photogrammetry, integrating stereoscopic photography is essential for achieving precise depth representation without additional constraints.

We recommend utilising this technique when immersive spatial depictions are vital, as dual-lens imaging enhances accuracy in 3D reconstructions. Stereoscopic photography stands out in scenarios where capturing intricate spatial details and ensuring genuine depth perception are primary objectives.

Stereo photography opens up anaglyphic imagery for immersive viewing
Stereo photography opens up anaglyphic imagery for immersive viewing

Opt for this method to enhance your photogrammetric outcomes, especially when traditional approaches struggle to convey the complexities of the environment. The strategic adoption of stereoscopic photography guarantees unparalleled accuracy in acquiring spatial data, making it a valuable asset in the photogrammetric toolkit.

Master the Technique: Accupixel’s Training Courses


Accupixel invites you to commence a transformative educational experience in stereoscopic photogrammetry through AccuPixel’s courses. Our programs offer hands-on training in the intricacies of dual-lens imaging, unlocking the potential for unparalleled depth accuracy in your photogrammetric models. Whether you’re looking to refine your spatial mapping skills or explore advanced techniques for immersive 3D reconstructions, our courses are designed for diverse skill levels. Join AccuPixel to delve into the strategic utilization of stereoscopic photography in photogrammetry, ensuring you stay at the forefront of this dynamic field.

Stereoscopic photogrammetry model of a Wombat recoilless gun
Wombat recoilless anti tank gun formerly used by the British Army and reconstructed in 3D using stereo cameras. This weapon can be seen at Aldershot Military Museum and the source images created with permission from and thanks to Hampshire Cultural Trust.

To get started there is a sample stereo camera dataset supplied to accelerate learning.

Enhance your capabilities, master precision, and advance your skills in spatial data acquisition with AccuPixel’s innovative courses. Enroll now to reshape your journey in stereoscopic photogrammetry!

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