Now on Winter Sale!!
*Automatically apply sale coupon.
*Discount off your cart total.
*Inventory items are limited to stock quantity.
CANON Camera Lens EF11-24mm F4L USM Black [Canon EF / zoom lens]
CANON Camera Lens EF11-24mm F4L USM Black [Canon EF / zoom lens]
It's cheaper to buy in bulk!
※When you purchase multiple items, the discount will be processed in the cart. Please make your payment as soon as you confirm that the discount is reflected.
※Depending on your country of residence, VAT may apply.
※Depending on your country of residence, VAT may apply.
At animota, we deal only with authorized licensed manufacturers and wholesalers.
Share
Product Specifications
Maximum Diameter x Overall Length | φ108.0mm×132.0mm |
Filter Diameter | Rear pinching |
Body Weight | Approx. 1180g |
Angle of view | Horizontal] 117°10'-74°00' [Vertical] 95°00'-53°00' [Diagonal] 126°05'-84°00' |
Lens Composition | 16 elements in 11 groups |
Minimum Aperture | F22 |
Number of aperture blades | 9 elements |
Focal length | 11-24mm |
Minimum Focusing Distance | 0.28m (at 24mm) |
Maximum magnification | 0.16x at 24mm |
Accessories | Case |
Basic Information
Product Name | Camera Lens EF11-24mm F4L USM Black [Canon EF / Zoom Lens] |
Model No. | EF1124L |
Color | Black |
Product Features
Ultra-wide-angle zoom lens that achieves the world's widest angle(*1)
- Four aspherical lenses, including the world's largest diameter ground aspherical lens with an outer diameter of φ87mm, are used to achieve the world's widest angle of view with a focal length of 11mm. The shooting range is more than twice as wide as that of the 16mm focal length, which is considered an ultra-wide angle.
- When shooting at the wide-angle end, the camera covers a horizontal angle of view of 117° and a diagonal angle of view of 126°, making it possible to capture most of the human field of view in a single shot.
*1: As an interchangeable lens for interchangeable lens cameras (SLR cameras and mirrorless cameras). (Canon research) Excluding fisheye lenses.
Canon's unique optical technology for ultra-wide angle and high image quality
- The optical system consists of 16 elements in 11 groups and employs four aspherical lenses, including a large-diameter ground aspherical lens. The world's widest focal length(*2), high image quality at the periphery of the image, and minimal distortion when shooting at the wide-angle end are achieved.
- The large-diameter ground aspherical lens reduces the diameter of the front-most lens to φ87mm, which is large for an ultra-wide-angle lens, and prevents it from becoming larger.
- The first EF lens series to use Canon's proprietary Subwavelength Structure Coating (SWC) on two surfaces, which significantly suppresses flare and ghosting.
- ASC (Air Sphere Coating), a newly developed coating unique to Canon, is employed to provide significant anti-reflection effect equivalent to SWC for light incident at near-vertical angles.
- The world's largest glass-molded aspherical lens is used for the second lens to correct distortion.
- The 3rd and 16th lenses are also glass-molded aspherical lenses to correct image curvature and achieve high image quality on the periphery of the image.
- Super UD and UD lenses are used for excellent correction of chromatic aberration. Effectively corrects lateral chromatic aberration, which tends to occur with ultra-wide-angle lenses.
*2: Aspherical lenses used in interchangeable lenses for interchangeable lens cameras (SLR cameras and mirrorless cameras), as of February 6, 2015. (As of February 6, 2015.)
High reliability worthy of the L-lens series
- The mechanical structure has been optimized to ensure smooth and highly precise operation of the heavy first group lens, achieving high durability.
- The lens barrel is resistant to vibration and shock as well as to repetitive zooming movements, making it highly durable and robust even under severe shooting conditions.
- Dustproof and drip-proof construction on the mount, switch panel, zoom ring, and focus ring
- Fluorine coating is applied to the front and rear lens surfaces to prevent oil and water droplets from adhering to them.