Laowa 9mm f2.8 Zero-D Lens for Nikon Z Mount

The Laowa 9mm f/2.8 Zero-D lens from Venus Optics is a versatile wide-angle lens. With its ultra wide-angle field of view and compact design, it offers a 14.4mm equivalent focal length, making it ideal for capturing expansive landscapes and architectural subjects.

The lens's optical design is specifically engineered to minimize distortion, resulting in clear and accurate portrayals of scenes. This Zero-D (Zero Distortion) lens design ensures that straight lines remain straight and that there is minimal distortion, providing you with precise and true-to-life images.

To further enhance image quality, the lens incorporates a pair of aspherical elements and three extra-low dispersion elements. These elements effectively control both spherical and chromatic aberrations, reducing the occurrence of unwanted distortions and color fringing. As a result, your images will exhibit improved sharpness and enhanced color accuracy.

The lens features a Frog Eye Coating, which helps repel dust and moisture from the front element. This coating is particularly beneficial when working in challenging environmental conditions, ensuring that your lens stays clean and performs optimally.

With its sleek and lightweight design, the Laowa 9mm f/2.8 Zero-D lens is well-suited for use with mirrorless cameras, including on gimbals. Its compact size makes it convenient for everyday shooting, allowing you to easily carry it with you wherever you go.

Additionally, the lens includes a petal-shaped lens hood that helps reduce flare and ghosting when shooting in strong lighting conditions. This feature ensures that your images maintain high contrast and clarity, even in challenging lighting situations.

Overall, the Laowa 9mm f/2.8 Zero-D lens offers photographers a wide-angle perspective with exceptional image quality. Its compact and lightweight design, coupled with its distortion-free optical performance, makes it a versatile lens for various shooting scenarios, from landscapes to architectural photography.