I ate Lotte 'Refreshing Tropical Fruit' where you can enjoy the rich sweetness of tropical fruits with a cute Pikachu as a landmark

Lotte's popular ice cream series `` Soh '' will introduce a new flavor `` Soh Tropical Fruit '' designed by Pokemon Pikachu on May 15, 2023 (Monday). It is said that it is ice cream using 3 kinds of tropical fruit juice and 5% pulp, so I actually tried to see what kind of taste it was finished.

refreshing tropical fruit


A first in the history of the refreshing brand! Pokemon design products are now available! ! 'Refreshing tropical fruit'
(PDF file) https://www.lotte.co.jp/info/news/pdf/20230424155509.pdf

The package of 'refreshing tropical fruit' looks like this. A cute Pikachu illustration is a landmark.

Also, if you look side by side with `` Refreshing Vanilla '' and '' Refreshing Condensed Milk Strawberry '' whose package has been changed to Pokemon design from mid-May 2023, it looks like this. 'Refreshing Vanilla' uses Pochama, and 'Refreshing Condensed Milk Strawberry' uses Eevee and Nymphia in the package.

Ingredients of 'refreshing tropical fruit' include sugar, starch syrup, processed fruit products (syrup pickled pineapple, mango, sugar, passion fruit juice), isomerized liquid sugar, passion fruit juice, pineapple juice, etc.

The content is 185 ml per piece and the calorie is 141 kcal.

When I open the lid it looks like this.

As soon as you eat it, the tropical and rich sweetness of pineapple, mango and passion fruit spreads in your mouth. At the same time, the texture of the crispy fine ice peculiar to 'Sou' gives a refreshing impression, so while enjoying plenty of tropical flavor, it was finished in a taste that was easy to eat without being too relaxing overall. .

In addition, the ice cream contains fruit pulp, so you can enjoy a different texture from the crunchy ice.

``Refreshing tropical fruits'' can be purchased at retail stores nationwide from May 15, 2023 (Monday), and the suggested retail price is 172 yen including tax.

in Gastronomic Adventure, Posted by log1h_ik