Exploring the Synergy of Digiscoping with a Micro Four Thirds Camera: A YouTube Video Demonstration
In an informative video by Adorama, photography expert Mike Harris delves into the cost-effective world of long-range photography through a technique known as digiscoping. This innovative approach involves attaching a spotting scope to a camera, creating focal lengths that outshine conventional super-telephoto lenses.
For those unfamiliar with digiscoping, Harris recommends a simple yet effective setup. Start by attaching a pancake lens to a Micro Four Thirds (MFT) camera, followed by an adapter to connect the digiscope. Pancake lenses, known for their thin and compact design, provide an optimized optical interface between the camera and digiscope, improving handling and balance.
Using a lens in digiscoping allows for faster shutter speeds and lower ISO settings, resulting in brighter and sharper images. The MFT system's compact body pairs well with pancake lenses, preserving portability without compromising image quality.
Rob, another expert featured in the video, stresses the importance of using a pancake lens to manage the high telephoto power and control of noise, especially when using a small sensor. Although this setup can be challenging, it offers a more manageable solution compared to using a full-frame camera.
For instance, a digiscope with a 25x eyepiece on a 20mm prime, considering the 2x crop factor, would produce an equivalent focal length of 1000mm. This setup outperforms the Nikon P1100's focal length, demonstrating the potential of digiscoping.
Mike Harris, a seasoned professional with a background in photography, Adobe Photoshop, studio and darkroom work, and writing for various publications such as Digital Camera, PhotoPlus: The Canon Magazine, Practical Photography, Digital Photographer, iMore, and TechRadar, currently works on Wex Photo Video's content team. His expertise extends to various photography genres, including portraits, landscapes, abstracts, architecture, wildlife, and fast things going around race tracks.
The video, long enough to enjoy with a cup of coffee, offers valuable insights into digiscoping, a cost-effective form of long-range photography. Harris also shares tips on reducing chromatic aberration and suggests using a pancake lens to help reduce the focal length.
If you're interested in exploring the world of long-range photography in a cost-effective manner, be sure to check out Mike Harris's informative video on digiscoping.
- In the video by Adorama, Mike Harris reviews a cost-effective technique called digiscoping, involving the attachment of a spotting scope to a camera.
- For novices in digiscoping, Harris advises a setup featuring a pancake lens, a Micro Four Thirds (MFT) camera, and an adapter to connect the digiscope.
- Pancake lenses, with their thin and compact design, offer an optimized optical interface between the camera and digiscope, improving handling and balance.
- Using a pancake lens in digiscoping enables faster shutter speeds and lower ISO settings, resulting in brighter and sharper images.
- The compact body of an MFT system paired with a pancake lens preserves portability while maintaining high image quality.
- Rob, another expert in the video, emphasizes the need for a pancake lens to manage high telephoto power and control noise, especially with a small sensor.
- With a digiscope's 25x eyepiece on a 20mm prime, considering the 2x crop factor, an equivalent focal length of 1000mm is achievable, outperforming the Nikon P1100's focal length.
- Mike Harris, a photography expert, shares insights on digiscoping, a cost-effective form of long-range photography, and offers tips on reducing chromatic aberration, across various photography genres including portraits, landscapes, wildlife, and more.
