Description
Enhance your outdoor space with the stunning in-lite® NAIL Mushroom Lights, a premium range of 12v hooded, spike-mounted garden mushroom lights designed to create a warm, inviting ambiance along garden paths, borders, and landscaped areas.
Available in two elegant heights; NAIL LOW (455mm) and NAIL (610mm) – these versatile lights add visual interest and depth to your garden. Use both sizes together for a playful, layered lighting effect that’s as functional as it is beautiful.
Crafted from high-quality, weather-resistant materials and protected to IP65, the in-lite® NAIL is built to withstand the elements and provide long-lasting performance. Each fixture includes an EASY-LOCK connector, making installation with the in-lite® 12v system simple and secure.
Key benefits:
- Warm White LED (CRI 96) – Offers a cosy glow while accurately preserving the natural colours of surrounding foliage and flowers.
- Glare-Free Hooded Design – Ideal for subtle, atmospheric lighting without harsh brightness, with the hooded design protected passers-by from glare.
- Long Lifespan & Warranty – Built-in LED with a 25,000-hour life, backed by a 5-year warranty along with the rest of in-lite® system.
- Flexible Placement – Easily install using the included ground stake. Extend cable lengths by up to 3m with CBL-EXT CORDs.
- Energy-Efficient & Low Voltage – Operates at 12v for safe, energy-efficient lighting with minimal maintenance.
Top tips:
- For best results, place each NAIL light every 2 to 3 metres along your path or garden border.
- When planning your in-lite® system, always calculate total VA load, not wattage, to ensure transformer compatibility.
Whether you’re lighting a winding path, illuminating flower beds, or enhancing garden features, the in-lite® NAIL Mushroom Lights deliver premium performance and aesthetic appeal. Transform your garden into a magical, well-lit haven with these premium garden mushroom lights.
Installation value: 1.50 VA
Note: When calculating the total transformer load within an in-lite® system it is crucial to add up the total VA rating rather than the wattage due to power losses. This VA load should not exceed the total stated on the chosen transformer.
Specifications
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