Impact 7' Parabolic Umbrella (Translucent White)

If you had to choose a single light shaping tool, you might do well to pick the Impact 7' Parabolic Umbrella in translucent white. First of all, it's a huge broad light source that wraps light around your subject, yielding clean highlights and rich open shadows. But due to the special shape of the umbrella there's a unique mix of soft enveloping light with the kind of crisp detail you only get from reflectors. Put another way, if you combined a beauty dish with a softbox, you'd have a parabolic umbrella. This umbrella has a unique structural design as well. Instead of bendable metal, the 16 inner ribs are made of durable fiberglass. The improved "finger-friendly" locking mechanism means you won't pinch your fingers when you're setting up or breaking down. Parabolic Shape The parabolic shape produces a more natural wraparound light than a regular umbrella. This soft and natural light is what makes this umbrella a favorite of wedding and portrait photographers. Improved Locking Mechanism The improved "finger-friendly" locking mechanism means you won't pinch your fingers when you're setting up or breaking down. Wide Diameter The 7-foot diameter ensures a soft light quality. This umbrella produces enough light for stunning group photos. It will also emit a broad enough beam for full-length portraits. Translucent White Fabric When used as a shoot-through umbrella, the translucent white fabric softens and broadens light from your flash and provides you with a seamless and natural-looking light for your subjects. 16-Rib Design For an umbrella to be effective, it needs to maintain its shape, and the fabric should remain taut. The umbrella features a 16-rib design that maintains the shape of the umbrella and the tension of the fabric for an even light spread.

• Parabolic Shape
• 7-Foot Diameter
• White Translucent Fabric, No Backing
• Bounce or Shoot Through
• Improved Locking Mechanism
• Durable 16-Rib Design, Carrying Case
• Compatible With Most Flash Heads, and Monolights.