Bulkhead lights designed for
PURPOSE

Elegant, Architectural Styling Ideal for Residential Spaces
This fixture boasts a clean, modern aesthetic that complements a variety of architectural styles. Its sleek and understated design integrates seamlessly into both contemporary and traditional residential settings, offering a refined solution for outdoor lighting that enhances curb appeal while delivering functional performance.

Recessed, Downward-Facing Light for Full Cutoff Illumination (0% Uplight)
Designed with a recessed, downward-facing light source, this fixture ensures zero light is emitted upward, making it a Dark Sky-friendly option. This full cutoff distribution minimises light pollution, protects night skies, and reduces glare—ideal for environmentally conscious communities and homes.

Forward Throw Optics for Enhanced Coverage and Uniform Lighting
Equipped with precision-engineered forward throw optics, the fixture delivers extended light projection beyond its mounting point. This optical design increases the effective coverage area, reduces the need for additional fixtures, and ensures even light distribution along walkways, driveways, and building facades.

Warm 2700K CCT for Visual Comfort and Ecological Compliance
Engineered with a correlated color temperature (CCT) of 2700K, the Baker Series minimises short-wavelength (blue) light emissions, reducing visual discomfort, supporting human circadian rhythms, and preserving nocturnal ecosystems.

By limiting emission wavelengths below 500 nm, the design is optimized for use in ecologically sensitive areas—minimising disruption to light-sensitive species, particularly bats. Suitable for applications in wildlife corridors, protected habitats, and rural developments requiring low-impact lighting solutions.

Further, the Baker Series’ spectral profile complies with guidance from the Institute of Lighting Professionals (ILP) GN08: Bats and Artificial Lighting in the UK, and aligns with recommendations in the EU Guidance on Environmental Protection for Wildlife.