LightING UP OLYMPIA
Bespoke RGBW Dynamic LED Light Panel at Olympia London
Addlux delivered a bespoke circular RGBW LED light panel for the North Terrace Hospitality area at Olympia London, in collaboration with a leading lighting design consultancy.
Designed to elevate a premium hospitality environment, the installation combines architectural lighting precision with dynamic colour control, reinforcing both the heritage and modern reinvention of the venue.
The brief called for a high-impact illuminated feature that:
- Enhances the premium hospitality experience
- Integrates seamlessly into a high-profile London venue
- Reflects both heritage character and contemporary design
- Delivers smooth, controllable colour transitions
- Integrates with the venue’s central lighting control system
Addlux engineered a large-format circular LED light panel using advanced RGBW LED technology and precision diffusion materials to achieve a uniform, glare-free glow across the entire surface.
- Seamless RGBW colour-changing LED system
- Custom-engineered diffusion for uniform light distribution
- Circular architectural light panel design
- Full integration with lighting control systems (BMS/DMX)
- High-precision manufacturing for structural and visual consistency
The finished installation delivers a striking illuminated focal point that enhances atmosphere, supports event flexibility, and elevates the overall hospitality experience at Olympia London.
The dynamic lighting system allows the venue to shift mood and tone instantly, reinforcing brand experience and visitor engagement.
Addlux designs and manufactures advanced LED lighting systems for architecture, retail, hospitality, and bespoke commercial environments.
Our solutions include LED light sheets, architectural light panels, illuminated feature surfaces, and fully customised lighting systems engineered for precision, scalability, and design integration.
Explore more bespoke architectural lighting installations and see how Addlux transforms spaces with precision LED technology.