AzureDragon / Tanjiro

About AzureDragon / Tanjiro (Dark Azure Dragon Swordsman) Summoners War Builds & Guide

AzureDragon / Tanjiro (Dark Azure Dragon Swordsman) is a 4-star Attack monster in Summoners War. AzureDragon / Tanjiro awakens from Dark Azure Dragon Swordsman. As a Glancing, Slow, and Def Break, AzureDragon / Tanjiro brings Beneficial Effects Blocked, Increase Damage, Decrease ATK SPD, Increase Buff Duration to the team. When building AzureDragon / Tanjiro in Summoners War, the most popular RTA rune build is Swift + Blade (18%), followed by Blade (15%) which is also commonly used for Siege and general PvP content. Recommended main stats are SPD on slot 2, CRI Dmg on slot 4, ATK% on slot 6. Key substats to prioritize for optimal AzureDragon / Tanjiro rune builds include SPD, CRI Rate, HP%. AzureDragon / Tanjiro is primarily used in PvP content, appearing in Arena Offense (75), Siege Offense (57), Real-Time Arena (RTA) (56), World Guild Battle Offense (50), Siege Defense (34), World Guild Battle Defense (8) as a competitive team builder pick. AzureDragon / Tanjiro is most commonly paired with Tiana, Oliver, Moore / RYU, Ereshion and ROBO-G92 in competitive team compositions for speed tuning and synergy. AzureDragon / Tanjiro provides a valuable 21% Critical Rate leader skill for General content, enhancing rune optimizer efficiency and speed tuning in team compositions. AzureDragon / Tanjiro's skill set features Beneficial Effects Blocked, Increase Damage, Decrease ATK SPD, Increase Buff Duration, Decrease DEF, and Irresistible, with AOE capabilities. AzureDragon / Tanjiro's Summoners War builds, AzureDragon / Tanjiro best runes and rune recommendations, AzureDragon / Tanjiro RTA builds, AzureDragon / Tanjiro Siege teams, AzureDragon / Tanjiro Arena compositions, and AzureDragon / Tanjiro tier rankings are sourced from in-game community data collected from thousands of competitive Summoners War players. Trending AzureDragon / Tanjiro team compositions and AzureDragon / Tanjiro usage scores are determined by SWLens's proprietary algorithm.