Description

Vario-Tessar T* FE 24-70mm F4 ZA OSS

A Great ZEISS Zoom for Full-Frame Bodies
This compact zoom lens effectively brings out the best in full-frame E-mount cameras, making it ideal for a wide range of day-to-day shooting situations.

Additionally, the constant F4 maximum aperture ensures consistent exposure settings across the 24mm to 70mm zoom range.

Furthermore, ZEISS optics, paired with the renowned T* coating, deliver exceptional clarity and beautiful rendering. Moreover, the lens is dust and moisture resistant, offering reliable performance in diverse conditions.

Vario-Tessar T FE 24-70mm F4 ZA OSS Compatibility
This lens is compatible with both E-mount full-frame cameras and E-mount APS-C cameras, providing flexibility for various setups.

A Versatile Zoom for Everyday Shooting
The optical performance, combined with the 24mm to 70mm zoom range, makes this ZEISS Vario-Tessar lens an excellent match for the α7 series bodies. As a result, it maximizes both image quality and shooting versatility, adapting seamlessly to numerous scenarios.

Refined Optics Deliver Stunning Images
Aspherical and ED optical elements work in harmony to provide superior corner-to-corner performance, with minimal distortion and color aberration. Moreover, the T* coating effectively minimizes flare and ghosting, ensuring crystal-clear results.

Constant Exposure at Any Zoom Setting
Thanks to the constant F4 aperture, you can zoom and shoot at any focal length without having to worry about exposure settings or depth of field changes.

Always Sharp and Clear
Optical SteadyShot™ image stabilization compensates for camera shake, allowing for sharp, clear images even when shooting handheld. This feature is particularly useful for capturing night scenes or low-light indoor shots.

Lens Configuration

1. Aspherical
2. ED (extra-low dispersion) glass

Note:

• When an APS-C format lens is attached to a 35mm Full Frame camera, images are recorded in APS-C format.
• When mounted on α series cameras with APS-C type sensor, the actual angle of view will be equal to the angle obtained at a focal-length approx. 1.5 times longer than stated.