How to Perfect Excellent Throws for Pokémon Go Skill Event
How To Always Get Excellent Throws Pokemon Go. The target circle will remain the same size you set,. Web an excellent throw will give you 100 xp, while a curved ball will grant you 10 xp.
How to Perfect Excellent Throws for Pokémon Go Skill Event
Enter an encounter with a pokemon you want to catch. Ensure the inner circle is green or yellow by switching to a better pokeball if it’s required. Web an excellent throw will give you 100 xp, while a curved ball will grant you 10 xp. Some tips to do this:. Web spin the poké ball so you can curve it. This technique requires you to follow the size of the circle on the pokémon that is getting. The target circle will remain the same size you set,. So if you’re having a hard time making the throw, try making a straight throw since you won’t get much. As the pokémon gets to about 3/4 through its attack, throw the curve ball as close to dead center as you can. Web in short, in order to perform an excellent throw, you'll need to try and get the poke ball thrown directly into the centre of the circle as it is at its smallest point.
This technique requires you to follow the size of the circle on the pokémon that is getting. This technique requires you to follow the size of the circle on the pokémon that is getting. Ensure the inner circle is green or yellow by switching to a better pokeball if it’s required. Web an excellent throw will give you 100 xp, while a curved ball will grant you 10 xp. So if you’re having a hard time making the throw, try making a straight throw since you won’t get much. Web how to make a nice throw in pokemon go. Enter an encounter with a pokemon you want to catch. As the pokémon gets to about 3/4 through its attack, throw the curve ball as close to dead center as you can. The target circle will remain the same size you set,. Some tips to do this:. Web in short, in order to perform an excellent throw, you'll need to try and get the poke ball thrown directly into the centre of the circle as it is at its smallest point.