Michael Kors
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VRIKOO Vintage Canvas Leather 15.6" Laptop Backpack Classic Casual Daypacks Trekking Rucksack Waterproof School Bags B075VRX9TC

€100.00  €42.14
Ahorre: 58% descuento

  • Modelo: B075VRX9TC
  • 797 Unidades en Stock

Añadir al carro:


  • Made of thick and high density Oil Wax Canvas, Durable, Water resistant and Not easily deformed
  • A laptop sleeve with velcro secured pocket which fits 15" laptop; It's highly protective to tighten with drawstring for the main compartment
  • Thick padded breathable back and comfortable straps will protect your shoulders comfortable when it's fully packed
  • LARGE SIZE: 13.0 x 5.1 x 17.7 inch ( L x W x H); enough to hold 15.6 inch laptop, wallet, key, cell phone and other items
  • This Retro Backpack is perfect used as school backpack, weekend rucksack, travel daypack, etc. It's not only mens rucksack, but also womens backpack


Descripción del producto

Color:Caqui

This unisex canvas leather backpack is a really good size for school, camping, travel, shopping, business backpack.

Specifications:
#1 Material: Made of waxed canvas and Genuine Cow leather, the backpack more fashional
#2 Before entering the main bag, you need to open the metal buckle and pull the rope to insure the contents inside the winner bag safety.
#3 The main compartment features a laptop pocket with anti-collision isolation pad to protect laptop against impacts and shocks.
#4 Thickened cotton and extendable shoulder strap make you shoulder comfortable at all times.
#5 Size: 13.0 x 5.1 x 17.7 inch/33 x 13 x 45 cm (L x W x H)
#6 Weight: 1.2 kg/ 2.64 lb

MULTIPLE POCKETS:
External: 2 * sides pockets; 1 * front zipper pocket
Internal: 1 * main compartment with laptop padded; 2 * small slip pockets; 1 * zipper pocket inside

Package Included:
1 x Canvas Casual Daypacks

Please Note:
1. The actual color of the backpack maybe have little different from the picture due to the different screen of display or reflecting light when shooting.
2. 1-3cm error of measuring is a reasonable range due to different measurement methods.