National Museum of the US Army
Special FX Lighting played a key role in creating the visual atmosphere of the World War II Museum by supplying custom lighting filters. These lighting filters enhanced the presentation by casting carefully calibrated hues and intensities, helping to evoke the era’s mood and authenticity while drawing visitors into each display. Available Light Design, renowned for its expertise in architectural and museum lighting design, specified Special FX Lighting’s filters into the overall design scheme. The collaboration enabled the museum to achieve a stunning, layered lighting effect, using dynamic contrasts to guide the viewer’s eye and emphasize each piece’s historical significance. Together, Special FX Lighting and Available Light Design created an extraordinary environment where history resonates vividly, making for an immersive experience that not only educates but also deeply moves its visitors.
Starr Restaurants
Special FX Lighting specializes in coating LED light bulbs to create customized lighting experiences, particularly for upscale dining brands like Starr Restaurants. By applying their proprietary coatings, they transform standard LED bulbs into high-efficiency lighting solutions that meet specific aesthetic and ambiance goals. These coatings are designed to modify the color temperature of the light, ensuring that it matches the warm, inviting tones that people naturally enjoy in restaurant settings. With traditional lighting, achieving the right mood typically involves incandescent bulbs, which emit a warm, yellowish glow. However, these bulbs are less energy-efficient than LEDs. By coating LEDs, Special FX Lighting merges the efficiency of LED technology with the warmth and mood of traditional lighting. This allows restaurants like those in the Starr portfolio to maintain energy efficiency while achieving the exact atmosphere they want—whether that’s a cozy, intimate setting or a bright, vibrant space. This customized lighting solution ensures diners feel comfortable, subtly enhancing the restaurant experience without the harsh glare or unnatural tones that standard LED lighting might produce. Special FX Lighting’s innovative approach aligns functionality with ambiance, making it a preferred choice for brands aiming to optimize both aesthetics and sustainability in their spaces.
Red Cliffs Mall – Coming Soon
Special FX Lighting, in partnership with its sister company FX Industries, designed and manufactured custom aluminum lighting fixtures for the Christmas display at Red Cliffs Mall which turned the shopping center into a festive, illuminated wonderland. Brad Shelton with Thought Well Design designed this project to meet the mall’s vision for a unique and memorable holiday display. Each fixture was custom-built from aluminum, then powder-coated to create a bright, vibrant finish. LED lighting was chosen for its energy efficiency and ability to produce vivid and bright colors. These LEDs were carefully incorporated into each fixture to provide warm, glowing light that accentuates the holiday atmosphere. Red Cliffs Mall’s Christmas display features distinctive, beautifully crafted lighting that delights visitors while meeting practical, long-lasting design standards. Each fixture is a testament to the power of custom design in creating memorable holiday experiences that stand out from traditional holiday decorations.
David Barton Gym
The David Barton Gym in NYC stands out not only as a workout facility but as a visually stunning environment that blends fitness with atmosphere. The goal for the David Barton Gym was to create a space that felt both intense and immersive—something that felt less like a traditional gym and more like an experience. Focus Lighting achieved this by using custom Special FX Lighting filters, which allowed for precise control over color and intensity which transformed the entire space through light. These FadeNot filters gave Focus Lighting the ability to shift moods within different zones of the gym. For example, warm hues might envelop one area to create a welcoming, energizing atmosphere, while cool tones add a calming, almost theatrical vibe to another. This intentional use of color and filtered lighting contributes to a layered, dynamic experience as clients move through the gym. Additionally, the filters helped Focus Lighting to address key architectural features within the gym, enhancing structural elements and drawing attention to design details.Through innovative lighting strategies and the use of Special FX Lighting filters, Focus Lighting transformed the David Barton Gym into a workout space where every element—down to the play of light and shadow—serves the aesthetic and emotional goals of the space.
LEDs Impact on the Night Sky
Background The introduction of LED lighting has been beneficial in many ways, offering energy efficiency, longevity, and reduced maintenance costs compared to traditional lighting. However, one unforeseen consequence of widespread LED adoption has been increased light pollution, particularly in areas near sensitive astronomical observatories and unique natural ecosystems. The Big Island of Hawaii is home to the Mauna Kea Observatories, one of the world’s premier locations for astronomical research. However, the proliferation of LED lighting and the resulting increase in skyglow has posed a serious threat to the visibility of the night sky, impacting both scientific research and local ecosystems. The Problem: LED Lighting and Light Pollution Traditional sodium vapor lights, once commonly used for outdoor lighting, emit a narrow spectrum of orange-yellow light that is less disruptive to the night sky. In contrast, LED lights typically emit a broad spectrum of light, including substantial amounts of blue light. Blue wavelengths scatter more in the atmosphere, creating a pronounced skyglow that reduces the visibility of stars and celestial bodies. This scattering effect is particularly problematic for observatories, as it obscures the clarity and quality of the night sky that astronomers rely on for research. Furthermore, LED lighting has a much wider reach due to its intensity, leading to increased light trespass and environmental disturbances in nearby natural habitats. The light pollution from LEDs not only hampers astronomy but also affects nocturnal wildlife, impacting breeding, migration, and feeding patterns for various species. The Hawaiian ecosystem, which includes native birds, turtles, and other wildlife, is particularly sensitive to these disturbances. As LED usage grew on the Big Island, it became clear that a solution was necessary to balance the benefits of LED lighting with the preservation of the night sky and local wildlife. Solution: Special FX Lighting Filters Special FX Lighting has developed filters specifically designed to mitigate the adverse effects of LED lighting on the night sky. These filters are engineered to reduce the blue light emitted by LEDs, significantly diminishing skyglow and light pollution. By narrowing the spectrum of LED lights our custom Lighting filters help minimize the scattering effect that causes light to spread across the sky, improving night visibility and reducing interference with observatories. The filters work by selectively filtering out the wavelengths that contribute most to light pollution, allowing communities and industries to continue using LEDs while mitigating their impact on the night sky. These filters have been tailored to meet the unique requirements of the Big Island, ensuring that they protect both astronomical research and natural habitats. Impact on the Big Island of Hawaii Since the implementation of Special FX Lighting filters on the Big Island, there has been a marked improvement in night sky quality. Key outcomes include: 1. Conservation of Natural Ecosystems: By reducing light pollution, the Special FX Lighting filters have also contributed to the conservation of Hawaii’s delicate ecosystems. Wildlife that relies on natural light cues for migration, feeding, and reproduction is less disrupted by artificial light, helping to protect the island’s biodiversity. 2. Sustainable Urban Lighting: With Special FX Lighting filters, the Big Island has been able to continue using energy-efficient LED lights without sacrificing the visibility of the night sky. This solution has allowed the community to benefit from the cost savings of LED lighting while minimizing ecological and astronomical harm. 3. Model for Other Regions: The success of the Big Island’s lighting program has served as a model for other regions facing similar challenges with light pollution. It demonstrates that with the right technology, communities can strike a balance between modern lighting needs and environmental preservation. Conclusion The case of the Big Island of Hawaii illustrates the unintended consequences of LED lighting on the night sky and natural ecosystems, and how technology like Special FX Lighting filters can offer a viable solution. By adopting filters that reduce blue light emissions, Hawaii has successfully protected its night sky and sensitive wildlife habitats. This approach underscores the importance of carefully considering the environmental impact of new technologies and showcases how innovation can be harnessed to protect both scientific research and natural ecosystems.
Case Study: Custom Lighting Solution at MetLife Stadium
Overview: MetLife Stadium, one of the NFL’s premier stadiums, serves as the home field for two teams—the New York Giants and the New York Jets. Each week, the stadium hosts fans from both teams, creating a unique challenge in adapting the stadium’s branding in order to reflect the distinct identities of each franchise. Challenges: The stadium’s lighting fixtures are integral to creating a vibrant, team-focused atmosphere, especially at night when exterior lighting plays a crucial role in setting the tone for the game. However, swapping out standard fixtures for RGB LEDs was impractical and costly. Solution by FX Lighting: Special FX Lighting engineered a custom filter holder specifically for MetLife Stadium’s existing lighting fixtures. This holder was designed to securely mount onto the top of each light, allowing for quick, simple color changes. These custom filter holders are also powder coated to color-match the existing lighting fixture, making it appear like a seamless unit. Special FX Lighting developed a set of high-quality, removable glass lighting filters—one in blue and one in green for each lighting fixture. Each lens was encased in a metal frame for long-life use, and coated using our proprietary formulas, ensuring vibrant color and color consistency for each game. The custom filter holder design allows the stadium’s lighting team to easily swap out the glass lenses each week without removing or adjusting the entire fixture. This streamlined solution simplified the game-day preparation process, and ensured that MetLife Stadium’s lighting could transition between team colors smoothly and efficiently. Results: Enhanced Game-Day Experience: MetLife Stadium’s outdoor lighting now reflects each team’s colors, amplifying the excitement for fans and adding to the visual impact on game days. Efficiency & Cost Savings: The custom filter holders enable quick and simple lens swaps, saving both time and resources each week. Durability & Quality: The glass lenses were designed for long-term use, providing consistent and vibrant color without degradation over time. We first provided glass lighting filters in 2013, and most of them are still used today. Conclusion: Special FX Lighting’s solution for MetLife Stadium demonstrates the power of custom lighting design to meet specific, dynamic needs. Through a carefully engineered filter holder and high-quality glass lighting filter, MetLife Stadium now offers a seamless, adaptable lighting system that showcases the distinct identities of both the New York Giants and the New York Jets. This project exemplifies how custom lighting solutions can bring brand identity to life.