The following projects were completed by TRT Lighting’s road, tunnel, amenity, and handrail product lines. Project Category Amenity ProjectsHandrail ProjectsRoad ProjectsTunnel Projects All projects (42) Project Traffic Routes – HID Replacement Aspect lanterns offer significant maintenance and energy savings when replacing HID lanterns. The Aspect range provides excellent uniformity and low glare with a choice of wattages and optical distributions to suit the design requirements. Aspect lanterns are designed to also enable further savings with the use of pre-programmed dimming or CMS. Project Residential Roads Aspect lanterns offer multiple wattage and optical options to suit residential roads of all types. The flexible mounting system and low weight of the Aspect and Aspect Eco facilitate easy one for one replacement of existing schemes with minimal disruption. 4000K colour temperature LEDs and low glare optics provide excellent visual comfort and enhances facial recognition. Project Urban Centres The Aspect range of lanterns can provide excellent uniformity and illumination levels to suit the busiest of Urban Centres when considering the full range of road users and public walkway areas. Excellent glare control and good vertical illuminance provided by the Aspect lanterns perfectly suits the needs of modern day CCTV. Project Birmingham Airport To complement the interior lighting upgrades (recently converted to LED) Birmingham Airport has now commenced its site wide external lighting replacement, again adopting LED technology. Project - Download Hereford Cathedral Close The primary aim for changing the exterior lighting at Hereford Cathedral Close was to improve the reliability as the existing 45-watt Cosmo lamped lanterns were continually failing due to ballast and lamp failures, causing high ongoing maintenance costs. Project - Download Shute Shelve Tunnel The 165-metre-long Shute Shelve Tunnel in Somerset needed a lighting design that provided daytime illumination while considering the nocturnal habits of bats. Previous