PolarPro Peter McKinnon Mist Variable ND Edition II 82mm 6/9 Stop Filter

The technical details behind this filter

PolarPro Peter McKinnon Mist Variable ND Edition II 82mm 6/9 Stop Filter offers remarkable construction and great features. For enhanced durability, this filter is constructed from quartz glass. It is designed to mount onto lenses with 82mm front filter threads and delivers an exposure reduction of 6 to 9 stops. The 1.8 to 2.7 density creates a darkening of the entire image, enabling you to photograph with a wider aperture or slower shutter speed than usually possible. The degree of density is easily controlled by rotating the front filter ring, helping you predetermine the additional exposure length required. By slowing your exposure time or increasing your aperture, you can control the depth of field and convey movement more easily. For easier, repeatable control over density settings, the front ring is visually demarcated with numbers representing the different stop values and features haptic feedback to feel a click when reaching a number, without the need to look at the ring. The ring offers side knurlings for a secure grip and to further allow fast and precise positioning. The front ring is designed to prevent any rotation beyond the stop values etched on it, helping to ensure consistent exposures.

Key features

• Darkens Entire Image
• Variable 1.8 to 2.7 Neutral Density
• Reduces Exposure by 6 to 9 Stops
• Constructed from quartz glass

Top three Reasons we think you will love this filter

• Enhanced Durability
• Excellent Features
• Greater Control over Exposure Settings

Our expert's opinion

PolarPro Peter McKinnon Mist Variable ND Edition II 82mm 6/9 Stop Filter is a great addition to your lens accessories. The quartz optics are set within an aluminum-alloy filter ring assembly for great durability while it remains lightweight. To prevent internal ghosting and reflections, 16 layers of anti-reflective coatings provide scratch protection to the filter substrate while advancing clarity and colour fidelity.