Game, set and match! The updated Babolat Pure Aero Rafa > 6 racket bag is the ultimate bag for everyone who is not afraid to stand out!

Brand > Babolat

Colour > Black/Pink/Yellow

Endorsed by > Rafel Nadal

Dimensions > 35 x 34 x 80 cm

Capacity > 65 litres

The Babolat Pure Aero Rafa > 6 racket bag (2023) is an incredible addition to the Rafa-family. I truly think this is a unique bag, in more ways than one. It has a new innovative construction, which allows it to stand on its own, making it easier to access the equipment.

This is a spacious bag, and although it can hold up to 6 rackets very comfortably, I think it is suitable to the occasional player as well (who really needs 6 rackets?). It consists of two main compartments, which can hold a couple of rackets, as well as a change of clothes and accessories such as a water bottle and balls. It also has a separate shoe compartment which can hold 2 pairs of shoes.

Babolat Pure Aero Rafa > 6 racket bag (2023) Product Details:

• Designed For Tennis– The ultimate bag for competition players, the RH12 Pure Aero can stand up, giving you easier access to your rackets and the shoe compartment
• Maximum Protection– This bag is made of a new hard-wearing white insulated material to keep your strings tight and protected from temperature fluctuations. The exterior is waterproof and hard-wearing
• Comfortable– With a new carrying system featuring load lifters and exclusive straps, this RH6 Pure Aero Rafa can be pulled closer to your body, bringing your centre of gravity forwards and making it as comfortable as can be
• Clear View Shoes Compartment– Quickly check that you have your shoes packed thanks to the new transparent shoe compartment. The shoe compartment is seamless and waterproof, so you can clean it easily when needed. It’s also vented to the outside, keeping odours from migrating to other areas of the bag
• Durable Insulated Compartment– New EXTRA durable, light, recyclable and dye-free insulated fabric to keep your racquets safe from a wide range of temperatures and thermal variations.