BASIL - MANHATTAN BICYCLE LAPTOP BAG 12L

If you don't like switching between your handbag and pannier all the time, opt for our Basil Manhattan Commuter bicycle luggage bag. This bag is the perfect choice for anyone who wants to combine style and functionality while commuting. This bicycle laptop bag is made of waterproof recycled polyester (IPX3) with a water-resistant folding closure, keeping your important items dry even in heavy rain. With a 12-liter volume, the Basil Manhattan offers plenty of room for your laptop and other items. The bag has a padded laptop compartment for extra protection, a zippered pocket for smaller items, and a convenient exterior compartment. An additional protective cover provides optimal protection from dust and splashing dirt. It ensures your front compartment stays dry during a rain shower.
 

Thanks to a fixed and a second adjustable and removable shoulder strap, you can easily take the bag on your bike or bring it to other situations. Bottom caps provide extra protection and stability when you put the bag down. Reflective details improve your visibility in traffic, increasing your safety when riding at night.
 

The Basil Hook-On system makes attaching and removing the bag from your luggage carrier easy. The system is neatly concealed, so the bag always looks tidy and doesn't bother you while carrying it. Whether you're cycling to work or on your way to a business meeting, the Basil Manhattan Commuter bicycle laptop bag ensures that you always look elegant.
 

Features:

•       Volume 12 liters, ideal for everyday use.
•       Made of waterproof recycled polyester (IPX3).
•       Water-resistant folding closure for added rain protection.
•       Additional protective sleeve included.
•       Padded laptop compartment, lining with inner zipper pocket and outer pocket.
•       Removable and adjustable shoulder strap for versatile use.
•       Easy to attach with the Basil Hook-On system
•       Reflective material for better visibility in traffic.
•       Bottom caps for extra protection and stability.