• Permanent installation for commercial, defence and remote airfields
• Temporary operation during construction, rerouting of taxiways or humanitarian aid
• 24 hour warning system with RF control for planes, vehicles & groundside operations

• Configurable solar engine allows for self contained or detached installation
• Standard & Northern Model for higher latitudes or poor solar conditions
• 20-day autonomy without solar recharge
• Reliable, self-contained, low cost LED warning system
• Rugged, self-contained solar engine with replaceable batteries
• Continuous, 24-hour operation with optional RF control
• Increases safety at runway, taxiway and vehicle crossings
• Custom operating and control features with optional on/off external switch
• Solar engine swivels for optimal solar charging position

• Permanent
• Temporary
• Emergency
• Tactical/Portable

• Rapid set up, RF control from air, tower, ground
• Small, compact, self contained
• NVG compatible, IR and visible LED operation
• Low power requirements, minimal heat signature
• Frangible fixed mount or portable mounting leg options
• Hand held controller for RF control

The Solar Series LED internally lighted permanent wind cone (windsock) is the most rugged and the most widely deployed solar windsock in the industry. With high brightness NVG compatible LEDs, a patented swivel, all aluminum construction, and convenient counter weighted tilt mechanism the 'Wedge' windsock provides easy installation, reliable service and operates in the most rugged conditions possible.

Equipped with an 80 watt solar panel, 100 AH battery and optional frangible mounting system, the Solar Series windsock has performed flawlessly on all 5 major continents for international defence forces, international airports, police forces, the United Nations and oil and gas facilities. The solar windsocks can be custom designed for various heights and can be used for portable applications if required.

Features:

• Patented Swivel mechanism for years of trouble free service
• Convenient tilt mechanism for easy service of the fabric sock
• Stand alone dusk till dawn system with zero maintenance or energy costs
• Rugged, reliable and proven backed by a 3 year product warranty with 1 year battery and fabric warranty
• Operates in all environments, most extensive customer list in industry
• 80 watt mono crystalline solar panel
• 100 AHr lead acid battery
• Optional ICAO and FAA certified frangible mounting bolts
• Immediate increase to safety of operations for take-off and landings

The Solar Series LED Internally Lighted Wind Cone (windsock) is of the same top construction as the permanent version but with a quick install tripod base for emergency services, tactical operations and temporary installations.
With high brightness NVG compatible LEDs, a patented swivel, all aluminum construction, solad tripod mount the P. Wedge Internally Lighted Wind Cone provides easily installation, reliable service and operates in the most rugged conditions possible.  

The Solar Series LED internally lighted FAA certified and ICAO compliant airfield signs are the most energy efficient airfield signs in industry, making them ideal for stand alone, solar power units. Available in Sizes 1-5 for runway edge, taxiway, informational and mandatory guidance sign requirements, the LED airfield signs offer a seamless face design providing clearer directions for the pilot and safer airfield operations.

Applicable for permanent, portable and emergency applications, the Solar Series LED airfield signs are perfect for remote airfields, forward operating bases or airports which do not have conventional infrastructure readily available or are nearing electrical generating capacity. Legends can be custom designed with all signs inclusive of frangible mounting accessories for stake or concrete installation.

Features:

• Seamless panel design
• Renewable green solution
• Zero Energy & Electrical Infrastructure Costs
• Reduced Maintenance Costs, no lamps to change or wires to fix
• Increased Safety
• Improved visibility
• NVG Compatible
• Reduced maintenance, zero energy costs, the elimination of electrical infrastructure