Introducing the ‘HAWKeye’ series LED floodlight from Next Generation Sports Lighting which has been fully designed and manufactured in Australia utilising over 25 years’ experience within the tennis court lighting industry.
Featuring the latest in LED technology and precise optics that directs light only where it’s needed, it’s now time to make a “Good Call” on your next tennis court lighting project by upgrading to the latest in low-pole ‘LED’ floodlighting.
The HAWKeye increases existing light levels and achieves power savings of up to 60% whilst reducing the effects of glare and obtrusive lighting outside the tennis court. Our concealed internal reflector features a unique
‘stepped’ design which precisely controls both the forward & lateral light on the tennis court, this level of control is an essential ingredient for modern sports venues enabling players to compete in optimal conditions similar to day light.
The HAWKeye series is the ultimate replacement for traditional 1000W Metal Halide floodlights that features:
Innovative patent-pending modular design
Unrivalled LED efficiency in its class of 175 lumens per watt
Save up to 60% on energy bills compared to traditional HID floodlights
5 Year warranty
Due to the outstanding reflector qualities that provide maximum beam projection whilst minimising spill light, the HAWKeye series is perfect for many low pole floodlighting applications adjacent residential areas & roadways such as:
Outdoor sports courts
Perfect long life solution for all municipalities, clubs and colleges
The HAWKeye series reflector system has been specifically designed for tennis court dimensions. Our newly developed ‘Stepped’ forward-throw reflector not only controls light glare and light pollution, but also optimises
uniformity levels on the actual playing area. This ensures beautiful lighting and maximises visual comfort to both players and spectators.
High purity pressed aluminium reflector
Sharp area cut-off
Forward-throw with wide lateral beam distribution
No upward spill light
LED PANEL & HEATSINK module
Most LED floodlights rely on secondary ‘plastic’ lensed optics that encase directly over the LED chip which refracts
the light in hundreds of points that increases visible glare; The plastic mould on some of these fittings can be prone to oxidisation that not only absorbs light but also prevents heat dissipation that can depreciate the life of the LED chip. The HAWKeye series uses only the native LED chip without secondary optics for improved efficiency, ensuring
maximum longevity of the LED module.
175lm per watt LED ouput
Instant ON ‘full brightness’
Anodised coloured fins that doesn’t impede heat dissipation
LED Power Supply
The LED driver is the heartbeat of any high-powered LED floodlight, the HAWKeye utilises the most reliable and industry leading power supply from MEAN WELL which provides a reliable dual mode constant voltage and current output. It also features a built-in active power factor correction function and
4kV surge protector.
Two LED drivers are securely installed within the serviceable enclosure module located in the rear mounting module and combines for a maximum 640W power output, this is well above the LED 500W nominal operating output ensuring greater reliability and longevity of both the LED chips and drivers.
IP67 ingress protection
Wireless switching (optional)
INSTALLATION & RETROFITTING
The HAWKeye series is cleverly designed to retrofit directly
onto existing low poles allowing for fast and cost-effective LED upgrades.
2 PIECE BODY
A choice of colours allows the HAWKeye to blend
in perfectly within any tennis club or residential
Satin Black (Standard)
Not all tennis court enclosures are exactly the same, the HAWKeye series provides total flexibility to tilt the LED/REFLECTOR assembly either ‘up’ or ‘down’ to optimise and control the lighting distribution on the tennis court.
+ 20 degrees
- 10 degrees
Manufactured from materials of the highest quality, the HAWKeye series was designed to carry on from the previous generation ‘Shoe Box’ style tennis court floodlights.