Canon RF 24-240mm f/4-6.3 is USM Lens | All-in-One Superzoom with Image Stabilization, Wide 10x Zoom Range, & Fast USM AF | Ideal for Travel & Everyday Photography (3684C002) + 64GB Card + Camera Bag
R 29,851
Availability: Currently in Stock
Delivery: 10-20 working days
Canon RF 24-240mm f/4-6.3 is USM Lens | All-in-One Superzoom with Image Stabilization, Wide 10x Zoom Range, & Fast USM AF | Ideal for Travel & Everyday Photography (3684C002) + 64GB Card + Camera Bag
Canon USA Authorized. Items Include: Canon RF 24-240mm f/4-6.3 IS USM Lens, 64GB Memory Card, Camera Bag
Designed for photographers and creators who value flexibility, the Canon RF 24-240mm f/4-6.3 IS USM covers an expansive 10x zoom range from wide-angle to super-telephoto. This single-lens solution makes it easy to capture landscapes, portraits, travel scenes, wildlife, and everyday moments without stopping to change lenses, ideal for fast-paced and unpredictable shooting environments.
A built-in Optical Image Stabilizer provides up to five stops of shake compensation, helping deliver sharper still images when shooting handheld at slower shutter speeds or longer focal lengths. For video creators, Dynamic IS adds enhanced stabilization that actively reduces motion while walking or moving, resulting in smoother handheld footage without the need for external stabilizers.
Canon’s Nano USM autofocus system combines the speed of ring-type USM with the smooth, quiet performance of an STM mechanism, making it equally effective for still photography and video recording. Fast subject acquisition, fluid focus transitions, and near-silent operation ensure reliable performance for action, portraits, vlogging, and cinematic-style video work.
Enhancing handling and creative control, the lens features Canon’s customizable Control Ring, which can be assigned to adjust aperture, ISO, or exposure compensation directly from the lens barrel. This intuitive design allows faster exposure changes without diving into camera menus, supporting efficient shooting in dynamic lighting conditions and fast-moving scenarios.