Key Features

• 85cm parabolic umbrella for soft, diffused lighting
• White reflective surface for controlled light spread
• Includes transparent softbox diffuser cover
• Ideal for studio photography and videography
• Durable construction with metal shaft and fabric

What is the Godox UB-85D Umbrella?

The Godox UB-85D is a versatile 85cm parabolic umbrella designed to provide photographers and videographers with soft, controlled lighting. Its unique parabolic shape, combined with a white reflective interior and a transparent diffuser cover, allows for precise light manipulation, minimizing harsh shadows and creating a flattering illumination.

How does the diffuser cover work?

The included transparent softbox diffuser cover attaches to the front of the umbrella, further softening and spreading the light. This accessory is crucial for achieving a smooth, even light quality suitable for portraiture, product photography, and any situation where controlled diffusion is paramount. The umbrella's construction ensures durability, with a robust metal shaft and high-quality fabric designed for repeated use in studio environments.

Specifications

Specifications:

• Unfolded Diameter: 85 cm
• Model Number: UB-85D

Frequently Asked Questions:

What is the diameter of the Godox UB-85D umbrella?

The Godox UB-85D umbrella has an unfolded diameter of 85 cm. This size is suitable for creating broad, soft light in studio settings.

What is included with the Godox UB-85D umbrella?

The Godox UB-85D includes the 85cm parabolic umbrella with a white reflective interior and a transparent softbox diffuser cover. It is designed for studio lighting.

What type of light does this umbrella produce?

This parabolic umbrella produces soft, diffused light due to its white reflective interior and the transparent softbox diffuser cover. It minimizes harsh shadows and creates even illumination.

Is this umbrella suitable for outdoor use?

While durable, this umbrella is primarily designed for studio photography and videography. Its large size and reflective surfaces are best utilized in controlled indoor environments.