Connect Animals : Onet Kyodai Game

Connect Animals : Onet Kyodai

In CONNECT ANIMALS ONET KYODAI game, your goal is to find all matching pairs. It's a kind of matching game or connect game ("linker"), that is very fun to play, really challenging and very addictive. If you like cute animals and if you like puzzle games, you will love CONNECT ANIMALS ONET KYODAI, by far the best deluxe version of the Onet type games.

Rules & Instructions for Connect Animals : Onet Kyodai

Try to remove all the icon tiles in a limited time. All you have to do is to select an animal's tile (by taping on it) and then try to match this animal to another similar one. If the tiles match, then both animals will disapear.The diffculty is that you can only connect tiles that can be linked with a maximum of 3 straight lines (and the line canno't go throug any other tile).

Was a game engine like Unity, Unreal Engine, or Godot used to build the game?

The popular game development tool Construct 2 is used to create this game.

What are the relevant tags for this game?

Primary tags describing this game are animal, board, tiles.

Can this game be played on mobile phones and tablets?

Yes, Connect Animals : Onet Kyodai is available on both iOS and Android.

Which gender is this game suitable for?

The game is more appropriate for Male & Female players.

Who is the game’s creator or designer?

This game title was developed by Playtouch.

What age categories are most appropriate for playing this game?

The ages most likely to enjoy this game are Kids.

How would the genre of this game be classified?

The specific category for this game is Mahjong & Connect.

Is the game appropriate for a younger age group?

Yes, Connect Animals : Onet Kyodai is good for kids.

Is there any form of harm or mistreatment portrayed in the game?

No, Connect Animals : Onet Kyodai does not have any element of cruelty present in the gameplay.

Are there any references to blood or blood-related themes in the game?

No, Connect Animals : Onet Kyodai does not show any blood-related imagery.