Panavision Small AC Bag

SKU: PANASAC2013 EAN: 757901106316

210,00 €

excl. 19% VAT , (Standard)

Manufacturers recommended retail price: 201,00 €

This compact assistant's bag or camera bag was developed by Panavision in cooperation with experienced film technicians and is thus optimally suited for the daily madness on the film set.

Anyone who has had this bag on set once will not want to miss it again!

Description

This compact assistant's bag or camera bag was developed by Panavision in cooperation with experienced film technicians and is thus optimally suited for the daily madness on the film set. Once you've had this bag on set, you won't want to do without it!

Velcro-based inner pockets with Hook&Loop
The colour-coded transparent inner pockets can be attached to any position inside the bag at any time thanks to their hook-and-loop surface on the back. Broken pockets can be easily replaced or additional inner pockets can be added.

Velcro-based inlay system with Hook&Loop
The division of the interior can be arranged and extended as desired with the dividers/partitions. The dividers are also available separately.

Water-repellent zips
Thanks to the sealed zips on the front and side pockets and the overlapping lid, your valuable work equipment is now kept as safe as possible in the Panavision bag, even in rain and dust.

Main features of the Panavision Small AC bag:

Waterproof PVC material of very high quality.
Extra robust, water-repellent zips on front and side pockets
Main compartment with neon-red glowing fleece fabric - better visibility, good padding
Flexible velcro inlay system with dividers
2 removable clear inner pockets with hook&loop and different coloured loops
Adjustable elastic straps on the lid
Sturdy carrying strap (similar to safety belt) with large D-rings and carabiners in chrome-plated steel
Removable comfortable carrying strap padding with anti-slip padding
Expandable pocket on the back - adjustable with elastic band
Internal dimensions 33x18x24cm (WxDxH)
External dimensions 48x30x28cm (WxDxH)