Recently, Azur Lane has been in a slow update period, but even during such periods, the game still releases some news. Recently, a new ship "Dmitry Donskoy" was just announced. So, when will Dmitry be released in Azur Lane? How does this ship perform? What is its background? Here, we will briefly explain and discuss the character design of this ship, the prototype it references, and its performance in the game. If you are interested, let's take a look together!

Dmitry is a ship that will be released in the 8th phase of the research. According to the current progress, it should be implemented after the maintenance update on July 10th, usually accompanied by another major event, although the specific details of the event have not yet been revealed.

The research ships are essentially a collaboration with World of Warships, and these ships also appear in World of Warships. Dmitry is a Tier 9 Northern Union light cruiser in World of Warships, a Project 65 ship, which is a 15,000-ton "maximized version" of the Project 65, a combination of over 40 different designs, positioned as the prototype for the Pr.66 type.

In the six-dimensional chart, it shows A artillery and C torpedo, indicating it is a heavy artillery cruiser capable of launching torpedoes, possibly not very durable. This ship is quite average in World of Warships, not weak, but lacking in distinctive features. The game will also implement its research main gun, a triple 180mm cannon.

Dmitry is a popular character who can quickly get along with anyone, always greeting with a cheerful "Yo-ho~", creating a warm and friendly atmosphere. Players will also find her very amusing, with a bit of a maid-like vibe in her setting.

This is a general introduction about when Dmitry will be released in Azur Lane. It is expected to be obtainable through the research dock on July 10th, upon meeting the unlock conditions and using the corresponding ship to gain experience and complete tasks. The strength of this research ship accumulates gradually; the newly acquired one is not at its full potential, so the exact strength remains to be seen in the future.