*The first picture is the HENNA color noted in this listing, follow on pictures are for the representation of size of Zoid Bags*


These trapezoidal bags sets you up to maximize precious packing space on the trail, whether you’re stashing granola bars, phones, or a good book for the night.  


Bring geometric order to the chaos of packing

Built to bring order to the chaotic process of packing all your gear and accessories, these bags offer segmented spaces for organizing so you don’t have to go digging through layers of clothes and gear to find that headlamp or toothbrush in the middle of the night. The unique trapezoidal designs of the ZOID BAG streamline the volume so you don’t have to compromise on how much you can bring with you into the backcountry. A trio of sizing options among these bags lets you make the most of all-too-precious pack space on the trail, whether you’re stashing trail mix and granola bars, cameras and phones, or books and a journal.  


  • Lightweight and packable 160Dx320D Nylon  
  • YKK® Zippers 
  • Zippered accessory bag for organizing essentials and small items
  • Trapezoidal side profile creates streamlined volume
  • Webbing grab loop for secure attachment
  • Set option includes:
    • Small (1.5L): 5.5" x 9" x 2"
    • Medium (3.5L): 6.35" x 11.5" x 3.5"
    • Large (7L): 7.5" x 15" x 5.5"
  • 160Dx320D nylon is lightweight and packable
  • YKK® zippers

SPECS (US):

Weight
S: 0.1 lb
L: 0.2 lb
Set: 0.4 lb
Volume
S: 90 cu-ins
M: 215 cu-ins
L: 425 cu-ins
Dimensions
S: 5.5"x9"x2"
M: 6.5"x11.5"x3.5"
L: 7.5"x15"x5.5"
Set: 19"x4.5"x2.5"

SPECS (METRIC):

Weight
S: 0.0 kg
L: 0.1 kg
Set: 0.2 kg
Volume
S: 1.5L
M: 3.5L
L: 7L
Dimensions
S: 14x23x5cm
M: 17x29x9cm
L: 19x38x14cm
Set: 48x11x6cm

Length x Width x Height = Volume, Right?

Well, technically yes but to determine the full capacity of the volume of all the pockets of our packs we use the "Standard Test Method for Measurement of Backpack Capacity". Allow us to explain.

Since backpacks are not completely rectangular or square, getting the volume by way of the method that is commonly used for shapes, Length x Width x Height does not work.

Also, this test method does not consider the areas of the backpack that are not entirely enclosed by fabric, such as mesh pockets, water bottle holders, and compressor pockets.

STEP 1

First we fill all the compartments with hollow in-compressible plastic spheres. We make sure the pack is completely filled and has no voids.

STEP 2

Once the bag is filled to the brim, the spheres are emptied into a large cylinder.

STEP 3

After all of the spheres have been removed from the pack and placed into the cylinder, a wooden disk referred to as a piston is placed inside. The top of the piston represents the packs extended volume in liters. We also convert the liters into cubic inches using the following formula:

Cubic Inches = Liters × 61.023744