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Key Features
Screw-in light pollution cut filter with scratch resistance
Avoid orangish or yellowish color shift by artificial light source
Outstanding maintenance performance, Water-/Oil-/Fingerprint-resistant
Double side Coating for low reflection
Lightweight and thin aluminum frame, Low profile & easy handling, non-rotating mount
Made in Japan
The Marumi StarScape is a premium screw-in filter that reduces light pollution in landscape astrophotography and night sky imaging.
Landscape astrophotography with/without Starscape
The StarScape is essential for photographers aiming to capture the true beauty of the night sky in areas affected by light pollution.
It is particularly useful for astrophotography, nightscape photography, time-lapse shooting like the above short film, and photographing phenomena like the Milky Way.
it reduces the need for extensive post-processing to correct light pollution, saving time and effort.
Marumi offers three different filter construction for StarScape.
- StarScape for Screw-in filter
- StarScape for M100, Square fiter
- StarScape for Magnetic Slim
Landscape Astrophotography in the time-lapse with/without StarScape (White Balance AUTO)
Discover| Category | Screw-in |
| Model | Marumi StarScape |
| Type | Effect |
| Available Sizes, mm | 58, 62, 67, 72, 77, 82 |
| Filter factor | 1.2x |
| Coating | Water-/Oil Repellent, Fingerprint-resistant |
| Coating | Low reflection |
| Coating | Scratch-resistant |
| Frame Material | Aluminum |
| Frame structure | Non-rotating |
| Frame structure | Thin frame |
The StarScape filter selectively absorbs specific wavelengths of strong light emitted by artificial urban light sources, which are the main cause of light pollution, while allowing the wavelengths from celestial bodies to pass through. This effectively cuts light pollution without compromising the colors of celestial objects.
Light pollution refers to artificial light sources such as:
The transmission curve above shows a decrease in transmittance for specific visible light wavelengths (400-700nm), such as mercury lamps (435.8, 546.1, 577.0, and 579.1 nm), sodium lamps (589 nm), and LEDs (approx. 470 nm). This indicates that these artificial light sources emit harmful orange and yellow light, which can interfere with astronomical observations and contribute to light pollution, making it difficult to see cold color stars in the night sky.
Light pollution refers to artificial light sources such as;
- mercury lamps,
- sodium lamps,
- LEDs,
- fluorescent lamps,
- or Automobile headlights that brighten the night sky and make it difficult to see stars.
In modern inhabited areas, it is hard to see the Milky Way in urban cities, and when you take a picture, the night skyscape sometimes turns obviously yellowish. This color shift phenomenon is caused by, so to say, "Light Pollution".
This color shift makes the starscape-/nightscape photograph enthusiasts very annoyed.
By kneading a component that absorbs unwanted light into the glass, the color shift phenomenon will be suppressed, turning the overall image natural bluish.
In addition, no matter which white balance is selected, there is no extreme color shift. The following Before-/After (left without StarScape/right with StarScape) pictures present how they look depending on each White Balance setting. Based on the weather conditions of the day and also on your creativity, choose the appropriate White Balance.White Balance AUTO Before-/After with StarScape
White Balance DAYLIGHT Before-/After with StarScape
White Balance LUMINOUS LIGHT Before-/After with StarScape
The brightness, which is a significant element for starscape photography, can be sufficiently secured at an exposure multiplier 1.2 (about 1/4 stop).
The StarScape filter is also available in the M100 Square Filter System, and in the Magnetic Slim Series.
