The Hasselblad 907X is a unique camera that stands out for its distinct features and the creative freedom it offers. This fun video takes a look at why its users love it.
Coming to you from Andrew Lanxon Photography, this insightful video explores the fascinating quirks and capabilities of the Hasselblad 907X. Lanxon begins by discussing his approach to shooting panoramic images using the camera’s XPan crop mode. This feature allows you to shoot in a panoramic format directly in-camera, applying the crop if you shoot in JPEG, but leaving the full image intact if you shoot in raw. This duality provides flexibility, enabling you to decide on the final composition during post-processing.
In the video, Lanxon showcases various shooting scenarios, such as capturing the vibrant reflections of pastel-toned houses in a bay using a 90mm lens. He further demonstrates the camera's capabilities by exploring a harbor scene filled with lobster pots, ropes, and buoys. By switching to a wide-angle lens and employing a 15-stop ND filter, he attempts a 17-minute long exposure to blur the water's motion and create a striking image of a zigzagging wave barrier. The process is meticulous, involving careful exposure calculations and adjustments, illustrating the patience and precision required in long-exposure photography.
Moving beyond technical aspects, Lanxon shares his experiences shooting in various locations, including the Scottish island of Cana and the coastal town of Pitobell. The XPan crop mode proves to be particularly effective in capturing sweeping landscapes and seascapes, demonstrating the camera's versatility in different environments. Despite its many strengths, Lanxon candidly addresses the camera’s shortcomings. The slow autofocus, lack of stabilization, and high price point are notable drawbacks. Additionally, the camera’s design, which exposes the sensor to the elements when changing lenses, poses a challenge in maintaining cleanliness and avoiding dust spots. Check out the video above for the full rundown from Lanxon.
