Lavisa - Outdoor Solar Ice Cube Step Lights for Garden and Pathway

Illuminate Your Pathway with Sparkling Crystal-Style Solar Step Lights

Upgrade your outdoor landscaping with stunning outdoor solar ice cube lights that merge modern aesthetics with eco-friendly illumination. Crafted with a translucent crystal glass body and durable housing, these step lights resemble glowing ice cubes that add a refined, captivating charm to pathways, gardens, and patios. Equipped with an efficient built-in solar panel, they charge automatically throughout the day to provide hours of reliable nighttime radiance. Enhance safety and beauty around your home with weather-resistant landscape step lighting designed for effortless operation.

Automated Solar Power - Energy Efficient Lighting

High-efficiency solar panels absorb sunlight daily to power up the internal battery without requiring external wiring or electricity bills.

Stunning Ambiance - Color Options Landscape Light

Select from multiple ambient color temperature choices to customize your outdoor environment for parties, holidays, or relaxing evenings.

All-Weather Durability - IP65 Waterproof Step Light

Rugged construction ensures dependable performance through heavy rain, snow, and extreme outdoor temperatures.

Technical Specifications

• Dimensions: 3.94 inches width by 3.94 inches depth by 2.17 inches height
• Materials: Imitation crystal glass paired with durable ABS housing
• Power Supply: Solar panel 2V/100mA with 600mAh rechargeable battery
• Light Source: LED 1W output delivering 70 lumens of brightness
• Protection: IP65 waterproof and dustproof rating

Package Includes

• 4 x Outdoor Solar Ice Cube Step Lights
• 1 x User Manual

Frequently Asked Questions

Q: Do these lights require manual switching every evening?
A: No, an intelligent built-in light sensor automatically turns the lights on at dusk and off at dawn.

Q: How long does the battery last after a full day of charging?
A: The integrated 600mAh battery provides approximately 12 hours of continuous illumination on a full charge.