MODULAR STRUCTURE
Towerlux GAIA is modular in one or two light modules stackable one on top of the other. They can be hung from any overhead projection or supported by the “ATLAS” tripod positioned on the ground
VERY LIGHT
…but robust at the same time! Aviation aluminum, four-layer laminated fabric coupled with artificial silk that acts as a light diffuser and eliminates glare. Powerful forced-air cooled LEDs. Only 9.2 kg of weight
LIKE NO OTHER
Starting at 138,000 with one module all the way to over 270,000 lumens of perceived lighting power, in double-module mode. The EILIGHT® technology and the solutions adopted for it make Towerlux GAIA the most efficient and competitive portable field lighting product on the market
![gala_vertical_view gala_vertical_view](https://www.eilsystems.com/wp-content/uploads/elementor/thumbs/gala_vertical_view-pjbyddly6az555z0c415lbo64ijhaa3fyom2vvku00.png)
High power LED lighting
body with forced cooling
Protective cover made of transparent flexible
shockproof plastic material, the same one
used for the production of light aircraft's
windscreens
EILIGHT laminate diffuser cone,
foldable within the protective cap,
with patented system
Tripod with reticular structure,
with cables tensioned by mast
rotation
Mast rotation joint and tensioning
of bracing cables
EILIGHT TECHNOLOGY®
The “GAIA” module is the result of a refined design, and of a concentration of technological solutions which embody EIL Systems’s philosophy: minimize bulk, weight and maintenance; maximize light output, robustness and operational life
DESIGNED TO LAST
Towerlux GAIA LEDs are the most efficient on the high power market. Cooled with electronically controlled fans, no brushes to replace, and double temperature control system in order to provide maximum operating life
“Atlas” RETICULAR TRIPOD
For Towerlux GAIA, we managed to design and built a completely innovative and unique support, inspired by the reticular structures with which the frames of hang gliders are built, for achieving lightness, stability, mechanical resistance and safety