Polar Pro VND Black Mist Filter Overview
The Polar Pro VND 3-7 Stop + Black Mist Filter for DJI Air 3S is designed to give aerial filmmakers ultimate creative control, combining variable neutral density with the subtle diffusion of Black Mist technology. This powerful filter lets you precisely adjust light intake between 3 to 7 stops, ensuring optimal exposure in varying lighting conditions, while the integrated Black Mist diffusion creates a subtle filmic look by smoothing out highlight roll-off.
Variable ND Control (3-7 Stops)
Achieve perfect cinematic shutter speeds with smooth, adjustable ND control, reducing light for bright shooting conditions without the need to swap filters.
Black Mist Diffusion
The 1/4 strength Black Mist effect provides a subtle, filmic look by softening highlight roll-off ideal for cinematic films.
Exposure Balanced for Maximum Efficiency
Designed to accommodate both the f1.7 and f2.8 cameras on your DJI Air 3S, these filters offer optimised light control. The built-in differential VND strength compensates for the varying apertures, so you can seamlessly switch between cameras without needing to change filters. No more interruptions—just smooth, consistent footage across both lenses.
Aerospace-Grade Durability
Constructed from lightweight, robust aerospace-grade aluminium, the filter is designed to withstand the rigours of professional use without affecting your drone’s gimbal performance.
Anti-Reflective Coating
The filter frame is finished with an anodized matte black coating to eliminate reflections and prevent flares, ensuring clean, clear shots in all lighting conditions.
Polar Pro VND Black Mist Filter Specifications
Filter Types
Variable Neutral Density | 3-7 Stops with 1/4 Black Mist Diffusion |
Material
Material | CinemaSeries Optical Glass with Aerospace-Grade Aluminum Frame; Anodized Matte Black Anti-Reflective Coating |
What's in the box
- 1 x Polar Pro VND Black Mist Filter for DJI Air 3S (3-7 Stop)
- Barcode: 77226
- UPC Barcode: 810148702830
- Supplier Code: AR3S-VND3/7-MIST