The CSC LED Concorde Flood Light is engineered with advanced LED technology that delivers consistent, high-output illumination while consuming significantly less energy than traditional HID, metal halide, or halogen flood lights. With a high CRI rating, this fixture renders colours accurately and naturally, making it ideal for residential security lighting, landscaping accents, and general outdoor area illumination where visibility and clarity truly matter.
At the heart of the Concorde is an efficient LED driver built for long-term reliability and stable performance across a wide range of operating temperatures — a critical consideration for Canadian installations that must endure extreme cold in winter and heat in summer. The driver is designed to minimize flicker and maintain consistent light output throughout the fixture's extended rated lifespan, reducing the need for frequent maintenance or replacement.
Thermal management is a key design priority in this flood light. The housing features an engineered heat sink and optimized airflow design that effectively dissipates heat away from the LED array, protecting the diodes and driver from thermal degradation. This ensures the fixture maintains its lumen output and efficiency over tens of thousands of hours of operation, even in enclosed or semi-enclosed mounting configurations using the included multi mount bracket.
The Concorde Flood Light is IP-rated for wet locations, making it fully suitable for direct exposure to rain, snow, sleet, and humidity without compromising performance or safety. It carries cUL and CSA certification, meeting rigorous Canadian electrical and safety standards for outdoor installation. Homeowners can expect meaningful energy savings compared to conventional flood lighting — often reducing electricity consumption by 50% or more — while enjoying brighter, more uniform light distribution. Installation is straightforward with the included white multi mount accessory, which accommodates multiple mounting orientations for walls, eaves, poles, and other common residential surfaces.
