In fact, it’s what makes photos look natural! But in certain scenarios, perspective can lead to unnatural effects – that is, perspective distortions. Now, there’s nothing wrong with perspective. You’re familiar with the concept, even if you don’t realize it: When you photograph a scene, the objects closest to the lens look bigger than the objects off in the distance. That way, the depth of field keeps all landscape elements sharp from the foreground to infinity!Īll photos feature perspective. You simply tilt the lens down so the plane of focus is more closely aligned with the ground. If you need a fast shutter speed and you’re working in low light, you may not have the option to shoot at a narrow aperture.Ī tilt-shift lens, however, can ensure an entire shot is sharp even with a shallow depth of field.(Plus, once you get past f/13 or so, you’ll see a noticeable loss in sharpness due to diffraction.) If the scene is too deep, your lens may not offer a sufficiently small aperture to achieve the depth of field effect that you need.But while this method often works, you can run into two issues: The standard approach is to narrow your lens’s aperture until you have a depth of field so deep that both the foreground rock and the background mountain are sharp. You see, if you’re photographing a deep landscape scene – with a rock in the near foreground and a mountain in the distant background, say – you’ll generally want to keep the entire shot in focus. Second, you can use a tilt effect to keep your entire scene sharp – even with a limited depth of field. Any objects sitting far enough in front of the brick wall, however, will appear out of focus, as will any objects positioned far enough behind the brick wall. If you point a normal lens at a flat brick wall and focus it carefully, you’ll capture a photo with each and every brick in focus. Normal lenses are perfectly aligned with (i.e., parallel to) the image sensor, which means that the plane of focus is also aligned with the sensor. But how does this work?īecause the tilt effect and the shift effect are essentially unrelated, we can tackle them independently: The tilt effect Of course, there are major advantages to utilizing a TS lens’s unique abilities, which I discuss in the next section: Tilt vs shift: What does a tilt-shift lens do?Īs mentioned above, tilt-shift lenses are designed to eliminate perspective distortion and offer powerful control over image depth of field. In other words, you can mount a TS lens to your DSLR or mirrorless camera and use it immediately as long as you don’t mess with the tilt and shift mechanisms, you’ll need zero additional knowledge or training. Note that tilt-shift lenses work like any other interchangeable lens – but with a few additional features. In particular, tilt-shift glass is frequently handled by landscape and especially architectural shooters, though other photographers (e.g., wedding, portrait, and even macro shooters) do use them to produce interesting creative effects. Offer expanded control over depth of field.Sub-wavelength structure and super-spectra coatings minimize ghosting and flare.A tilt-shift lens is a special optic designed to do two things: One Aspherical and three UD lens elements minimize chromatic aberration. The tilt and shift mechanism rotates +/-90°, allowing shift in any direction and the tilt mechanism independently rotates +/-90°, allowing tilt in any direction relative to the shift. High precision glass (16 elements/11 groups) for low distortion and high resolution to the edge of the image Wide image circle of 67.2mm is 50% greater than 35mm/full frame film area. TS-E lens is compatible with all Canon EOS cameras. The focus ring on the lens provides precise manual focus action and the tilt and shift knobs are sturdy and control the mechanisms smoothly. Subwavelength Structure Coating (SWC) reduces ghosting and flare and truly circular diaphragm results in pleasing out-of-focus backgrounds. Aspherical and ultra-low dispersion lens elements suppress aberrations and provide sharp delineation. The tilt-shift rotation mechanism locks at right angle and at parallel and clicks at 45º and the lens mount itself can rotate left or right by 90º with click-stop adjustment each 30º.īeing a Canon L-series lens, its optical design and physical structure are optimal. Both tilt and shift can be engaged singly and in combination. The tilt-shift function on the 24mm f/3.5 lens allows adjustment of the focal plane by an angle of +/-8.5º and enables parallel shift of the optical axis by +/-12mm. ![]() The optical tilt mechanisms enable precise control of depth of field along with perspective control. It is especially useful in architecture, landscape, and product photography. ![]() It provides tilt-shift functions to control perspective and correct convergence of lines within your frame. The TS-E 24mm f/3.5L II Tilt-Shift Lens from Canon is a wide-angle lens for EF mount cameras.
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