Post by LmnDrp on Dec 15, 2020 2:08:11 GMT
Item: Makaze Fans
Description: A pair of twin fans, their spine is composed of black quartz and the actual fans are yellow-tinted hemp. They increase the accuracy of Fuuton abilities and decrease the cost of chakra to use them, they are a very effective medium for Fuuton. On top of this, they can be locked into wrist-wraps that will hold them in place ready to eject or can be collapsed so that only the spine is used as a useful blunt weapon especially defensively.
Item: Arashi Sickle
Description: A large sickle that can be held one-handed but is a better fit for quick and fluid two-handed strikes. It is easily conductive of Raiton chakra.
Item: Mi-Kain Staff
Description: A large, 5'0" staff, that is capable of sectioning off into 3-liked parts, slightly extending its range and flexibility. It is composed of a non-magnetic non-conductive alloy, it cannot be magnetized nor can electricity, cold, or heat travel through it. Though, it is specifically able to generate Rinton static throughout the alloy fluidly.
Description: A pair of twin fans, their spine is composed of black quartz and the actual fans are yellow-tinted hemp. They increase the accuracy of Fuuton abilities and decrease the cost of chakra to use them, they are a very effective medium for Fuuton. On top of this, they can be locked into wrist-wraps that will hold them in place ready to eject or can be collapsed so that only the spine is used as a useful blunt weapon especially defensively.
Item: Arashi Sickle
Description: A large sickle that can be held one-handed but is a better fit for quick and fluid two-handed strikes. It is easily conductive of Raiton chakra.
Item: Mi-Kain Staff
Description: A large, 5'0" staff, that is capable of sectioning off into 3-liked parts, slightly extending its range and flexibility. It is composed of a non-magnetic non-conductive alloy, it cannot be magnetized nor can electricity, cold, or heat travel through it. Though, it is specifically able to generate Rinton static throughout the alloy fluidly.
