Lightning Dragon Roar vs. Water Dragon Roar

Attribute	Lightning Dragon Roar	Water Dragon Roar
Element	Lightning	Water
Power	High	Medium
Effect	Electric shock damage	Water damage
Color	Yellow	Blue

Introduction

Dragon Roar is a powerful magic spell used by dragon slayers in the popular anime series Fairy Tail. Two variations of this spell are Lightning Dragon Roar and Water Dragon Roar. Both spells are known for their destructive power and are used by different characters in the series. In this article, we will compare the attributes of Lightning Dragon Roar and Water Dragon Roar to determine their strengths and weaknesses.

Power

Lightning Dragon Roar is a spell used by Laxus Dreyar, a lightning dragon slayer. This spell allows Laxus to release a powerful blast of lightning from his mouth, capable of causing massive destruction to his enemies. The lightning produced by this spell is known for its speed and intensity, making it a formidable attack in battle. On the other hand, Water Dragon Roar is a spell used by Juvia Lockser, a water dragon slayer. This spell allows Juvia to unleash a torrent of water from her mouth, which can flood the battlefield and overwhelm her opponents.

Range

One of the key differences between Lightning Dragon Roar and Water Dragon Roar is their range. Lightning Dragon Roar has a longer range compared to Water Dragon Roar. The lightning bolt produced by Laxus can travel a great distance, allowing him to attack enemies from afar. This gives him an advantage in long-range combat situations. On the other hand, Water Dragon Roar has a shorter range and is more effective in close-quarters combat. Juvia can use this spell to drench her opponents in water and launch a surprise attack from close range.

Speed

Another important attribute to consider when comparing Lightning Dragon Roar and Water Dragon Roar is their speed. Lightning Dragon Roar is known for its incredible speed, with the lightning bolt traveling at a rapid pace towards its target. This makes it difficult for opponents to dodge or counter the attack. On the other hand, Water Dragon Roar is slightly slower in comparison. The water released by Juvia takes a bit more time to reach its target, giving opponents a chance to react and defend against the attack.

Damage Output

When it comes to damage output, both Lightning Dragon Roar and Water Dragon Roar are highly destructive spells. Lightning Dragon Roar is known for its high voltage and intense power, capable of causing severe damage to anything in its path. The lightning bolt produced by Laxus can electrocute enemies and leave them incapacitated. On the other hand, Water Dragon Roar may not have the same level of raw power as Lightning Dragon Roar, but it makes up for it with its ability to flood the battlefield and create chaos. The water released by Juvia can drown opponents and weaken their defenses.

Elemental Affinity

One of the key differences between Lightning Dragon Roar and Water Dragon Roar is their elemental affinity. Lightning Dragon Roar is a lightning-based spell, harnessing the power of electricity to deliver devastating attacks. This makes it effective against enemies weak to lightning or with a vulnerability to electricity. On the other hand, Water Dragon Roar is a water-based spell, utilizing the force of water to overwhelm opponents. This spell is particularly effective against enemies with a weakness to water or those who are susceptible to drowning.

Conclusion

In conclusion, both Lightning Dragon Roar and Water Dragon Roar are powerful spells with unique attributes. Lightning Dragon Roar is known for its speed, range, and high damage output, making it a formidable attack in long-range combat situations. On the other hand, Water Dragon Roar excels in close-quarters combat, flooding the battlefield and overwhelming opponents with its watery onslaught. Ultimately, the choice between these two spells depends on the situation and the strengths of the user. Both spells have their own strengths and weaknesses, making them valuable assets in the arsenal of any dragon slayer.