
Canon RF 800mm F11 IS STM Camera Lens | Prime Lens
Product information for Canon RF 800mm F11 IS STM Camera Lens | Prime Lens
Super Telephoto Lens Optical Image Stabilization Locking Lens Barrel Filter Diameter: 95mm Lens Hood ET-101 and Lens Case LZ-1435 Sold Separately The RF800mm F11 IS STM super telephoto lens provides a long 800 mm focal length and is the first compact and lightweight 800mm super telephoto lens in the RF lineup. This lens is ideal for bird, wildlife, outdoor sports, and aviation photography or, when you just want to bring those subjects in the distance closer to you. The RF800mm F11 IS STM lens features an STM focusing system ideal for fast and quiet focusing when tracking elusive subjects out in nature. Additionally, an optical image stabilization system with up to 4 stops of shake correction* makes it easy to use either hand-held or with a monopod. It will also accept an RF 1.4X or 2.0X teleconverter* (Sold Separately) to increase your focal length to a staggering 1120mm or 1600mm respectively. * May lose AF functionality. First Compact and Lightweight 800mm Super Telephoto RF Lens: The RF800mm F11 IS STM Lens is the first 800mm super telephoto in the RF lens lineup and is more portable than its EF counterparts in this category because of its design advantage. The 800mm range provides a far reach not only in distance to the subject, but also in terms of who can utilize with its affordable price, smaller super-telephoto footprint, and lighter weight. Excellent Portability made Easier with an Extending/Retracting Locking Lens Barrel Design: With a design that enables you to retract the lens barrel when not shooting, the lens is even more compact so it can more easily be stored or carried in a bag with additional lenses and accessories. When you're ready to shoot, just unlock to extend the lens barrel, lock it in place for stability and capture your shots, then unlock, retract, and store again to easily move to your next destination. Gapless double-layer Diffractive Optics (DO) reduce Chromatic Aberration for High Image Quality: The use of gapless dual-layered diffract





















