
( Brand: Formatt ), ( Manufacturer Part Number: 5.650IRND ), ( Part Type: Filter ), ( Filter Shape: Rectangular ), ( Unit Type: Unit ), ( Filter Effects: Graduated Neutral Density Soft ), ( Mount Fitting: Drop-in ), ( Filter Size: 4x5.65 In ), ( Country Of Origin: United Kingdom )
Experience unparalleled control over your landscape and seascape photography with the Formatt-Hitech Firecrest IRND Edge Horizontal ND Filters. This specific model, the 5.650IRND, offers a 5-stop neutral density filtration, perfect for balancing exposure in high-contrast scenes.
Crafted with precision, these filters are engineered with Firecrest technology, a coating that combines the advantages of both resin and glass filters. This results in a filter that is both durable and maintains exceptional clarity, ensuring your images remain free of unwanted color casts and distortions.
The IRND (Infrared Neutral Density) Edge design is another standout feature of these filters. The IRND Edge filters are unique in that they are specifically engineered to reduce the effects of flare and ghosting, common issues when shooting with wide-angle lenses. The Edge technology ensures that the edge of the filter is as clear as possible, allowing you to capture images with sharp, detailed edges.
The horizontal orientation of the neutral density lines on these filters is ideal for landscape and seascape photography, as it helps to maintain the orientation of the lines in the scene, reducing the potential for unwanted distortions.
Incorporating these Formatt-Hitech Firecrest IRND Edge Horizontal ND Filters into your photography workflow will provide you with the creative freedom to balance exposure, control depth of field, and capture stunning landscapes with ease. Whether you're shooting during the golden hour, in the heart of the day, or under the stars, these filters are a versatile and essential tool for any landscape photographer.
1. High-quality glass construction ensures durability and resistance to scratching.
2. The IRND (Infrared Neutral Density) technology effectively reduces exposure values by filtering infrared light, resulting in a more natural look.
3. Edge-to-edge clarity reduces vignetting, even when used on wide-angle lenses.
4. The Firecrest coating reduces reflections and increases light transmission.
5. The horizontal graduation allows for a smooth transition from clear to dark, ideal for landscapes with distinct horizontal elements.
Cons:1. Higher price point compared to other ND filters in the market, which may be a deterrent for some photographers.
2. The horizontal graduation might not be suitable for scenes with vertical elements predominantly.
3. The 5.65 density might be too strong for some shooting conditions, requiring the use of additional filters or adjustments in camera settings.
Conclusion:The Formatt Hitech 5.65 Firecrest IRND Edge Horizontal ND Filter offers excellent quality, which is evident in its scratch-resistant glass, edge-to-edge clarity, and IRND technology. Despite its higher price, it provides a more natural look compared to traditional ND filters. However, its horizontal graduation might not be versatile for all scenes, and the 5.65 density might be too strong in some cases.
Recommendation:If you're a landscape photographer who frequently shoots scenes with horizontal elements, this filter could be an excellent investment due to its high-quality construction and unique IRND technology. However, consider your specific needs and budget before making a purchase. If you often shoot scenes with vertical elements or require a less dense ND filter, other options might be more suitable. Always ensure to test filters in-store or through rental services before committing to a purchase.
Firecrest Neutral Density Graduated Filters IRND Soft Edge Horizontal ND 0.6 2 stops 0.9 3 , Formatt Hitech Cinema filters are made from the highest quality Scott Supercity glass. These are great for use with digital sensors up to 4 stops ND1.2 or on film cameras in any situation. The ND Grad Soft Edge filters standard dye sublimation filter which effects the visible spectrum only.