Lunar Blade

Mechanics & Inner Workings

The Lunar Blade have a particular magical property: it is able to absorb moonlight and unleash it when the user uses his own power in the blade. This allow the Lunar Blade to create a slashing wave, able to tear through hard surfaces, like armor, and even cut through the astral plane, making it really powerful against incorporeal foes. The wave and energy that the blade can manifest also acts as condensed strong light, which can hurt monster vulnerable to daylight. A charged wave can reach about 60 feet and cover a crescent shape of 20 feet.

Manufacturing process

Outside of the usual process to smith weapons, the foundry need an extremely high temperature to manage to make the alloy because of the moon tears' superbly high melting point. SillerOffen and the Titan's Crucible are amongst the rare forges able to achieve that feat.

Significance

Moon tearsĀ  already being considered an important relic for followers of lunar and night-based religions, but also for magic users, the blade holds great power and is considered one of the most important relics in Arcamunda.   Having secured a handful of Moon Tears, the Church of the Old Light decided to gather them together and make a weapon for a worthy champion, a blade that would help vanquish the monster from beyond the veil preying on the people of Arcamunda. Something to make the creatures of the night fear the power of the light, even at dusk.   The Church of the Old Light gathered a party with the reknown blacksmith Sigurd Helvinski and went to a journey to the Titan's Crucible.   Once the sword was succefully forged, they traveled to (land) and attuned the sword in a celebration to the first owner, (character), which used the Lunar Blade to great effect, vanquishing numerous threats in (location)
Item type
Weapon, Melee
Rarity
Unique
Weight
8 lbs
Dimensions
223 centimeters
Raw materials & Components
The handle is an alloy of titanium and steel while the blade is another alloy of steel with a handful of Moon tears.
Related Materials

Comments

Please Login in order to comment!