ACL systems 360 Matrix to illuminate the MTV Europe Music Awards gala

The gala held at the Ahoy Rotterdam Arena (Netherlands) It has had lighting design by Tom Kenny, who has created a spectacular design during live performances and awards ceremonies with units of this Elation Led matrix.

With live performances by top-level international groups and artists, como Green Day, Kings of Leon, Bruno Mars, The Weekend, Martin Garrix, One Republic y Afrojack, inter alia, the MTV Europe Music Awards gala has been again in its recent edition 2016, held at the Ahoy Rotterdam Arena, a great show.

With a technical setup and audiovisual equipment provided by PRG (Production Resource Group) and with Tom Kenny as lighting designer for this event, broadcast live on television throughout Europe, los MTV Europe Music Awards (also known as MTV EMAs) 2016 They have had twenty-four units of the Led ACL matrix 360 Matrix of Elation Professional (products distributed in Spain by visualsvisuals) to offer spectacular visual effects in several of the gala's musical performances.

The production and set design has been the responsibility of Julio Himende, and for Tom Kenny it is the fourth consecutive edition of the MTV Europe Music Awards in which he works. “Los Elation ACL 360 Matrix have been used distributed in the structure on the stage and also behind an elevator for the performance of DJ Afrojack, since I always specify devices of the highest quality for these productions”.

In this edition 2016, as this lighting designer explains, “I was looking for an effect of visual impact and great luminosity with continuous rotation that would provide futuristic lighting, with pixel-mapping programming for a good number of the performances, and ACLs 360 Matrix have given an excellent result”.

The system is part of the ACL range 360 (Advanced Collimator Lens with continuous 360° rotation in Pan and Tilt) de Elation Professional, and has twenty-five RGBW LEDs 15 watts (for a total of 375 watts of power) and Collimator Lens optics with 4° aperture and individual control over each pixel.