Hydro Glow 3.5 x 4.5 Rectangular LED Ultra Thin Solar Pathway Dock Light 5000K – Daylight White
Original price was: $18.72.$13.68Current price is: $13.68.
Description
Hydro Glow 3.5″ x 4.5″ Rectangular LED Ultra Thin Solar Pathway Dock Light is a commercial-grade, submersible solar light designed to illuminate docks, decks, and pathways with 5000K daylight white brightness for up to 50 hours on a full charge.
This ultra-thin solar dock light features a high-impact polycarbonate body that withstands harsh marine conditions and can be driven over without damage due to its 12.5mm low profile. The integrated 0.5W solar panel charges the internal 500mAh lithium-ion battery, powering 6 extra-bright LEDs visible from up to 500 meters. With IP68-rated waterproofing, it offers fully submersible protection for both freshwater and saltwater environments.
- Commercial-grade solar LED design: Ideal for docks, decks, and pathways with reliable night illumination
- High-impact polycarbonate body: Resists cracking under>20T compression force and harsh marine exposure
- Ultra-thin 12.5mm profile: Low enough to be driven over safely without damage
- IP68 waterproof rating: Fully submersible for protection in wet or underwater marine conditions
- 50-hour runtime on full charge: Powered by a 500mAh lithium-ion battery after just 5 hours of solar charging
Install this solar dock light to mark the edge of your pier, illuminate a walking pathway, or provide courtesy lighting on your deck without wiring or electricity. The textured top surface prevents slips when wet, making it safe for foot traffic around docks and boats. Its 5000K daylight white output ensures clear visibility in low-light conditions, while the oversized solar cell maintains battery charge even in partially shaded areas. Because mounting is optional, you can place it temporarily or secure it with two M5 screws (>13mm long) for permanent installation. Built by Hydro Glow, a U.S.-based marine lighting company with 25 years of innovation, this light is engineered to endure recreational fishing demands and saltwater corrosion.











