11 reviews
Type: Feeding


The Squeasy Sport™ is the most versatile reusable sport bottle on the market. It was designed to provide not only hydration but easy feeding on-the-go™. It is the only sport bottle that offers the patent pending 2-in-1 removable NO SPILL INSERT™ for no spill or free flow. It works great with any of your favourite hydration drinks, smoothies, protein shakes, etc. The 100% silicone bottle collapses completely flat and can be rolled up for easy storage.

Easy to fillFeatures a wide opening. The collar and spout are easy to grip for opening   and closing.
Easy to use: Simply fill with your favourite hydration drink, smoothie, protein shake, etc.
Easy to clean: The bottle is flexible enough to reach inside bottom for cleaning and all parts are top rack dishwasher safe.

100% Food Grade Non-Toxic Materials. BPA, PVC, Phthalate Free

Squeeze, Enjoy, Clean, and Re-use.

Customer Reviews
4.8 Based on 11 Reviews
Write a Review

Thank you for submitting a review!

Your input is very much appreciated. Share it with your friends so they can enjoy it too!

Filter Reviews:
Sarah C.
Australia Australia
Fantastic product!

Fantastic for smoothies and my son even drinks water in it just so he can use it because he loves it so much! Love how it how it has a one way flow valve to stop spills! Such a great design.

Sarah C.
Australia Australia
Love it!

This item is so cleverly designed and looks and feels like it will last for ages. My son loves it and has enjoyed many smoothies in it already!

Anisha M.
Australia Australia

Very useful pouches, have been using them for baby food. The only suggestion I would add is for the spout to be a bit longer. The spout seems a bit too short so it would be hard for small babies to **** it in

Australia Australia
Convenient product

Easy to wash and small enough to fit in lunch box. Good service and fast delivery.

Ruth G.
Australia Australia
Easy to wash

Besides that colors are beautiful, it is also easy to wash and it won't smell afterwards. Also food won't go everywhere when squeezed