Tilta Illusion Full-Spectrum ND Filter (4 x 5.65")
The 4 x 5.65" Illusion Full-Spectrum ND Filter  from Tilta is a waterproof, oil-resistant, and scratch-resistant nano-coated filter designed for the 4 x 5.65" filter holder supported by the Tilta Mirage matte box. It's also compatible with any matte box that has a 4 x 5.65" filter tray. As a full-spectrum ND filter, it evenly reduces all wavelengths of light, including visible, ultraviolet, and infrared light. The filter is built to uniformly reduce the levels in the light spectrum without significantly affecting the color. The overall spectral curve remains consistent, and light intensity for various colors is proportionally diminished and does not result in color bias.
The 4 x 5.65" Illusion Full-Spectrum ND Filter  from Tilta is a waterproof, oil-resistant, and scratch-resistant nano-coated filter designed for the 4 x 5.65" filter holder supported by the Tilta Mirage matte box. It's also compatible with any matte box that has a 4 x 5.65" filter tray. As a full-spectrum ND filter, it evenly reduces all wavelengths of light, including visible, ultraviolet, and infrared light. The filter is built to uniformly reduce the levels in the light spectrum without significantly affecting the color. The overall spectral curve remains consistent, and light intensity for various colors is proportionally diminished and does not result in color bias.
Original: $169.15
-65%$169.15
$59.20Description
The 4 x 5.65" Illusion Full-Spectrum ND Filter  from Tilta is a waterproof, oil-resistant, and scratch-resistant nano-coated filter designed for the 4 x 5.65" filter holder supported by the Tilta Mirage matte box. It's also compatible with any matte box that has a 4 x 5.65" filter tray. As a full-spectrum ND filter, it evenly reduces all wavelengths of light, including visible, ultraviolet, and infrared light. The filter is built to uniformly reduce the levels in the light spectrum without significantly affecting the color. The overall spectral curve remains consistent, and light intensity for various colors is proportionally diminished and does not result in color bias.
