Firstlight Augusta Solar LED 220mm Wall Light 6.3W with PIR Sensor in Black Outdoor Garden

The Firstlight LED Augusta Solar Wall Light represents the future of truly simple and energy-efficient outdoor lighting. This sleek, contemporary fixture, finished in black, offers a completely wire-free installation thanks to its integrated solar panel, making it a revolutionary choice for paths, gardens, and security lighting. Its modern, minimalist design (220mm wide) provides sophisticated style without the need for complex wiring or ongoing energy bills—perfect for both homeowners and trade users seeking quick, sustainable solutions. The down-facing light source and seamless front panel ensure a clean aesthetic that complements any modern exterior.

Functionality is at the core of the Augusta's design, which features an integral PIR motion sensor and three selectable operational modes for maximum control. The sensor covers a wide 120-degree angle with a detection range of up to 8 metres. Mode selection allows you to tailor the light to your needs: choose Mode A for maximum security (100% brightness for 15 seconds upon detection), Mode B for continuous ambient lighting (10% standby brightness for up to 17 hours), or Mode C for a mix of both (100% upon detection, then dropping to 10% standby). Powered by a high-capacity built-in Li-battery, the 6.3W integrated 3000K warm white LED delivers reliable light when you need it most.

Embrace maintenance-free, secure, and sustainable solar LED outdoor lighting with the Augusta. Built for extreme durability, this fixture boasts an exceptional IP65 rating for complete protection against dust and high-pressure water. Its unique blend of automated intelligence, superior weather protection, and market-leading guarantees—including a robust 15-year anti-corrosion guarantee and a 3-year LED guarantee—makes it a superb, long-term investment. Shop now at SimplyLED to secure this cutting-edge fixture and enjoy the ultimate convenience of powerful, wire-free outdoor lighting backed by exceptional reliability.