SmallHD Sun Hood for FOCUS 7 Monitor 33.3.ACC-FOCUS7-HOOD – Videoguys Australia

SmallHD Sun Hood for FOCUS 7 Monitor

SKU: 33.3.ACC-FOCUS7-HOOD
Estimated dispatch: 2-3 business days This item is supplied to order. We’ll place your order with our supplier once your purchase is confirmed. We’ll keep you updated with any changes and provide tracking once shipped. Order now to secure yours.
SmallHD Sun Hood for FOCUS 7 Monitor
SmallHD Sun Hood for FOCUS 7 Monitor

Main Features

  • For FOCUS 7 On-Camera Monitor
  • Reduces Glare and Reflections Outdoors
The Sun Hood for FOCUS 7 Monitor from SmallHD. By reducing glare, the image can be viewed more accurately in bright lighting situations.
More Details

SmallHD Sun Hood for FOCUS 7 Monitor

SKU: 33.3.ACC-FOCUS7-HOOD
Estimated dispatch: 2-3 business days This item is supplied to order. We’ll place your order with our supplier once your purchase is confirmed. We’ll keep you updated with any changes and provide tracking once shipped. Order now to secure yours.
Fast Shipping
Secure payment
Tax Included
$140.00
Estimated dispatch: 2-3 business days This item is supplied to order. We’ll place your order with our supplier once your purchase is confirmed. We’ll keep you updated with any changes and provide tracking once shipped. Order now to secure yours.
Tax Included
$140.00

4 x

$35.00

from

$10

4 x

$35.00
Tax included.

What's in the box

  • SmallHD Sun Hood for FOCUS 7 Monitor
  • Limited 1-Year Warranty
Write a Review
Ask a Question

Main Features

  • For FOCUS 7 On-Camera Monitor
  • Reduces Glare and Reflections Outdoors
The Sun Hood for FOCUS 7 Monitor from SmallHD. By reducing glare, the image can be viewed more accurately in bright lighting situations.
More Details

  • SmallHD Sun Hood for FOCUS 7 Monitor

    The Sun Hood for FOCUS 7 Monitor from SmallHD. By reducing glare, the image can be viewed more accurately in bright lighting situations.

SmallHD Sun Hood for FOCUS 7 Monitor

The Sun Hood for FOCUS 7 Monitor from SmallHD. By reducing glare, the image can be viewed more accurately in bright lighting situations.