Community Day Classic: Dreaming of Dratini

November 2022 Community Day Classic: Dreaming of Dratini was the sixty-first Community Day event, featuring Dratini. It was the third Community Day on the Classic format, that revisits Pokémon that have featured on past Community Days. Dratini was first featured on the February 2018 Community Day.

A teaser took place after the event, featuring a tie-in for Pokémon Scarlet and Violet.

Featured Pokémon
Dratini had increased spawn rates in the wild and from Incense or Lure Modules:

These Pokémon could photobomb five times during the event:

Exclusive move
In order to obtain Draco Meteor, Trainers had to evolve Dragonair into Dragonite after the start of event and up to 2 hours after the end of event. Trainers cannot use TMs to obtain the attack.

Field Research event tasks
These Field Research tasks were available during the event:

Special Research
Dratini Community Day Classic Special Research was available during the event costing $1. The Dragonite in this research would know Draco Meteor if it was caught during event hours.

Post-event Pokémon Scarlet and Violet Teaser
After Community Day Classic: Dreaming of Dratini ended, an unannounced teaser for Pokémon Scarlet and Violet took place.

PokéStops would randomly turn golden. After spinning a golden PokéStop, Professor Willow would appear with some short dialogue, a '''?????? Coin''' would be added to the Trainer's item bag, and Gimmighoul would start following the Trainer. Golden PokéStops could then continually be spun, which would either give another ?????? Coin or increased amounts of Items from the standard drop table.

Trivia

 * Gimmighoul could not be caught; tapping on it would instead produce a small speech bubble of it asking for ?????? Coins.
 * This was the second time a brand-new Pokémon was revealed through Pokémon GO, the first time being Meltan during September 2018 Community Day.
 * ?????? Coins have an inventory limit of 100.
 * After the teaser event ended, golden PokéStops would still appear, but with much lower frequency.