Birmingham Airport Transitions to Energy-Efficient High Mast LED Lighting
Posted by: electime 12th November 2026
Birmingham Airport is one of the UK’s busiest regional transport hubs and a key international gateway for the Midlands, connecting passengers to more than 135 destinations worldwide. Following a record-breaking year for passenger traffic and continued recognition for leisure travel and sustainability performance, the airport has maintained strong momentum in modernising its airfield infrastructure.
As part of its long-term commitment to becoming a net zero carbon airport by 2033, Birmingham Airport has been progressively upgrading airfield systems to improve efficiency, reduce emissions, and extend asset life. A key element of this strategy has been the transition of high mast lighting from traditional high-pressure sodium (SON) sources to modern LED technology across the terminal side of the airfield.
The recent LED replacement programme focused on aircraft stand lighting, where reliable, compliant illumination is essential to support safe aircraft movements, ground handling operations and maintenance activities, particularly during night-time and low-visibility conditions.
C.U. Phosco delivered a compliant aircraft stand lighting solution to support the construction of new Code C stands at Birmingham Airport, alongside the reconfiguration of existing infrastructure. The brief required a flexible approach, incorporating a combination of existing masts, reconfigured masts and new high masts, all equipped with high-performance LED floodlighting.
The solution centred on the use of C.U. Phosco’s FL800D LED floodlights, specified to meet the photometric, operational and compliance requirements of a busy international airport environment. The floodlights were arranged across the stands to provide consistent illumination, appropriate glare control and reliable performance in all operating conditions.
New 25-metre-high masts were supplied where required, alongside replacement lantern carriages for existing structures, allowing the upgraded lighting to be integrated efficiently into the wider airfield layout. The raising and lowering high mast system enables safe ground-level maintenance, supporting operational continuity and reducing disruption to airfield activities.
A compliant lighting design was developed to ensure the aircraft stands met relevant aviation standards, while the use of energy-efficient LED technology aligned with Birmingham Airport’s wider sustainability objectives.
The high mast LED lighting upgrade forms a key part of Birmingham Airport’s wider transition to more energy-efficient, lower-carbon infrastructure across the terminal side of the airfield. By replacing legacy high-pressure sodium (SON) lighting with modern LED technology, the airport has significantly reduced the energy demand associated with aircraft stand illumination.
The upgraded high mast lighting is forecast to save approximately 125,000 kWh of electricity per year, delivering an estimated 26-tonne annual reduction in carbon emissions. LED technology is expected to reduce electricity consumption by around 65% compared with traditional SON lighting, while also providing improved lighting quality, longer asset life and reduced maintenance intervention.
This programme supports Birmingham Airport’s ongoing commitment to achieving net zero carbon operations by 2033, alongside a wider range of sustainability initiatives aimed at decarbonising terminal and airfield operations and increasing the use of renewable energy sources.
Tom Denton, Head of Sustainability at Birmingham Airport, commented:
“We’re pleased to be continuing our ongoing sustainable lighting upgrade works across the airport site. This transition to LED lighting on our high-mast lighting will help us reduce our carbon emissions, increase cost savings and limit our environmental impact. Looking ahead, we will be outlining our next steps towards becoming a net zero airport by 2033 as part of our wider newly launched 5 year sustainability strategy.”
For more information on FL800D please visit https://www.cuphosco.com/products/fl800d-4×4
