Pixellent LED Show

Brand new to the UK, Pixellent is a unique LED show that displays mesmerising pixel screen technology. Dynamic and exciting, this high-end dance act is perfect for events looking for a wow factor with a large stage presence.

Similar to the well-loved LED dance acts seen on Britain's got Talent, Pixellent showcases clever programming, impressive choreography and revolutionary pixel technology that puts this act in a field of its own.

Capable of displaying moving letters, symbols and even company logos, this is an extremely popular act with progressive companies looking to add their branding to create this bespoke finish.

Technical Requirements:-
-Stage space minimum 2.5 meters x 4 meters 
-Blackout preferred but not 100% necessary
-Speakers near stage/Monitors on stage
-Please make sure that seconds 0.20-0.30 of the soundtrack are clearly audible on stage and the volume is adjusted sufficiently. The speed of the soundtrack should not be changed.

Other requirements:-
-Separated dressing room/separated corner in green room with 4 chairs and electrical socket

Please note that for this show there are some important points:

DISCLAIMER: Viewer Advisory for Individuals with Epilepsy or Related Disorders
This program contains visual effects, rapid imagery, and intense light patterns that may potentially trigger seizures or cause discomfort for individuals with epilepsy or related conditions. Viewer discretion is advised.

NOTE: Technical Issues with LEDs During Performance
Please note that this performance utilizes complex technical systems and costumes with multiple LEDs.
While we strive for a flawless experience and meticulously prepare our show, occasional technical issues may arise on stage, resulting in certain LEDs not functioning correctly during the performance, particularly as dancers move in their costumes.
In the rare event of LED malfunction, that certain LEDs may not illuminate or operate as intended, we are committed to providing appropriate compensation. Refunds, if necessary, will be determined based on the extent of LED malfunction relative to the overall LED coverage.