Tyrant

From Red Star Games Compendium
Revision as of 16:10, 2 January 2021 by Maxim21 (talk | contribs) (Created page with "{{Character | species = Kolhaki | bs01 = Tyrant }} "'''Tyrant'''" was a power-hungry Dark Hunter who was betrayed by the organization. == History == On...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to navigation Jump to search

"Tyrant" was a power-hungry Dark Hunter who was betrayed by the organization.

History

On Konora, Tyrant was a Kolhaki,[1][2] and lived peacefully until Ancient's actions resulted in civil war. He participated in the conflict until his newly whetted appetite for conquest resulted in his decision to leave the island.[3][4] Abandoning his homeland, he took control of a small colony of Kolhaki refugees on Tanes.[5][6] There he ruled brutally and was feared by his subjects due to his hobby of performing executions.

3,000 years ago, during the Toa-Dark Hunter War, Tyrant agreed to ally with the Dark Hunters, but never considered himself a true member. He spent half of his time challenging the Shadowed One's authority, and intended to usurp control of the Dark Hunters from him.

At one point in the war, the Shadowed One sent Tyrant with a group of Dark Hunters to confront Toa Mangai Lhikan and his Toa comrades on Metru Nui. Unbeknownst to Tyrant, his companions had been ordered to abandon him when the fight began. Tyrant was soundly defeated by the Toa and disappeared beneath the waves of the Silver Sea, vowing revenge on the Shadowed One.[7] However, he managed to survive.[8]

Following the Battle of Bara Magna, the Great Spirit Robot was dismantled, and Tyrant was evacuated from the Matoran Universe to Spherus Magna, along the rest of its inhabitants.[9] [10]

Abilities and Traits

Tyrant has the power to absorb heat, enabling him to reach dangerously high temperatures. He can then release the heat, creating a massive blast of heat. He can also use superheated air for levitation. His armor can equally withstand extremely high and extremely low temperatures.[7]

References