The Laowa 10mm f/4 Cookie Lens in Canon RF Mount is an extremely compact, "pancake" lens, APS-C sensor coverage for Canon EOS (RF-S) cropped mirrorless cameras, offering an ultra-wide angle focal length of 15mm equivalent (with 1.5x crop). It features super-low distortion, and is ...The Laowa 10mm f/4 Cookie Lens in Canon RF Mount is an extremely compact, "pancake" lens, APS-C sensor coverage for Canon EOS (RF-S) cropped mirrorless cameras, offering an ultra-wide angle focal length of 15mm equivalent (with 1.5x crop). It features super-low distortion, and is a great option to carry around for street, landscape, and everyday photography for photo and videography.
Extremely compact at 25mm long and weighs only 130g, with a diameter of 59.8 and 25mm long. Takes 37mm filters. Featuring a remarkable 109.3° angle of view it offers a rectilinear Ultra wide-angle field of view, making it an ideal landscape, travel and urban photography lens.
Coupled with that it features Super-Low Distortion, retaining horizontal and vertical straight lines, and reduce post editing time as no distortion correction is required. Lens construction is 12 elements in 8 groups optical structure with 2 aspherical and 4 extra-low dispersion elements, offering good control of flaring, resulting in high optical performance. The Laowa 10mm f/4 Cookie produces particularly impressive image quality for a pancake lens.
Whilst the tiny proportions of any pancake lens mean that vignetting is strong when shooting wide open, and some vignetting helps to draw the viewers eye into the image, vignetting can be reduced when stopping down or in editing if required. Stopping down also leads to increased sharpness and resolution. 10-Point Sunstars are possible through use of the Cookie's 5 aperture blades.
Equipped with 37 mm filter thread for using screw-in filters. It provides excellent convenience as no extra filter holder is required. Laowa 10mm f/4 Cookie lens features a 10 cm minimum focusing distance with 0.15x maximum magnification.
Interesting wide angle close-up imagery can be created, bringing nice separation between subject and background.