Glow Wind Proof 65" EZ Lock X-Large Deep Fiberglass Umbrella

Let the Glow EZ-Lock Windproof 65" Deep Umbrella revolutionize your outdoor photography sessions. Say goodbye to the days when a sudden gust of wind would topple your setup, ruin your shot, and dampen your spirits. This innovative product is the world's first wind-resistant umbrella designed specifically for photographers, offering a unique solution to the challenges of outdoor lighting. Constructed with the reflective properties of aluminum fabrics, this umbrella features an open weave pattern that allows wind to pass through, reducing the risk of it being knocked over. The light is captured and reflected off the serrated metallic surface, providing optimal lighting for your shots, even on the windiest of days.

The Glow EZ-Lock Windproof 65" Deep Umbrella is not just wind-resistant, but also user-friendly. Its easy-lock system eliminates the frustration of opening and closing traditional umbrellas. The locking device surrounds the shaft, providing a comfortable place to slide the umbrella mechanism open, and a wide button to release the shoot. This 65" umbrella is perfect for full-figure subjects, with its great curve and excellent light gathering properties. The serrated fabric acts as a sieve, allowing air to pass through, unlike the stiff resistance posed by solid umbrellas. This unique design reduces wind resistance while providing significant softness to the light.

Even if you're content with your current silver umbrella, the Glow EZ-Lock Windproof 65" Deep Umbrella offers an easier-to-handle solution for outdoor situations. While it may not be as efficient as a traditional silver umbrella, it delivers light without being overwhelming. For maximum safety, we recommend the use of stand weights, even with the wind resistance advantages this umbrella offers. Invest in the Glow EZ-Lock Windproof 65" Deep Umbrella and face the elements with confidence, knowing your lighting setup is secure and your shots will be beautifully lit, regardless of the weather conditions.