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Avlite Introduces Autonomous Solar Portable Airfield Lighting System Trailer

Avlite Systems today announced the next generation of its Solar Portable Airfield Lighting System trailer (Solar PALS). Avlite's PALS trailer is a convenient, fully transportable, autonomous lighting system for easy, rapid deployment supporting temporary or long term operations for both civil and defence aviation: fixed and rotary operations. The trailer can be supplied to meet ICAO or FAA standards.

Once deployed, the lighting system can be controlled via a 2.4GHz encrypted mesh network capable of being operated from the tower, ground, or approaching aircraft by a Pilot Activated Lighting Controller (PALC).

The Solar PALS trailer contains all lighting and ancillary equipment required to support temporary or sustained fixed and rotary operations. The standard configuration is suitable for an airfield with a 5000ft/1500m runway. Avlite offers completely customizable solutions for their customers; Avlite trailers can be designed in a range of configurations for any application.

"Keeping with Avlite's reputation for innovation, the new generation PALS trailer has undergone a complete ground up re-design in order to provide a cutting edge, compact, all in one airfield lighting system that can be easily maintained and quickly deployed. The primary challenge with the PAL trailer design was provide maximum functionality and useability, for example the on-board charging system, RF & PALC control, whilst minimising weight and deployment time," said Wade Evans, Aviation Systems Engineer, Avlite Systems. "Our team rose to the challenge and have been able to provide a solution that ticks all the boxes, for not only commercial applications, but also military and emergency service environments."

Avlite Systems Next Generation Portable Airfield Lighting System Trailer PALS

The Avlite Solar PALS Trailer has been built to military grade standards with an integrated charging system that allows for the full complement of lights to be simultaneously charged using standard external mains power feeds. A solar auxiliary system with battery backup provides power to the critical control equipment during deployment.

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