Dynamic Goblin Barbarian with Frost Axe in Misty Graveyard Graphic Novel Art

Medium shot of a gnarled goblin barbarian, wielding a frost-covered axe and small battered shield, set against a misty graveyard dominated by a massive black obelisk, rendered in a hand-drawn, graphic novel-inspired style with bold black outlines, flat blue-gray color blocking, planar lighting, and dynamic motion from tattered furs fluttering in an icy wind, with exaggerated graphic shadows and minimal gradients, Gnarled goblin barbarian stands in a snowy graveyard. Wields frost-covered axe and small battered shield. Misty background with massive black obelisk. Drawn in hand-drawn graphic novel style. Bold black outlines and flat blue-gray colors. Tattered furs fluttering in icy wind. Exaggerated graphic shadows and minimal gradients

A medium shot portraying a battle-hardened goblin barbarian who exudes might and determination. The goblin is characterized by gnarled features, wielding a frost-covered axe in one hand while gripping a small, battered shield in the other. The setting is an eerie, mist-shrouded graveyard, where the focal background feature is a massive black obelisk that rises ominously towards the sky. The piece is created in a hand-drawn style evocative of graphic novels, with prominent bold black outlines and a composition of flat blue-gray color blocking that portrays a chilling atmosphere. Light interacts with the goblin and the surroundings with planar lighting, emphasizing a dynamic movement as its tattered furs ripple dramatically in the icy wind. Strong, stylized graphic shadows and the minimal use of gradients add to the striking vibrancy of the image, Gnarled goblin barbarian stands in a misty graveyard. Goblin holds a frost-covered axe and a small battered shield. Background features a massive black obelisk. Style is hand-drawn and inspired by graphic novels. Bold black outlines with flat blue-gray color blocking. Planar lighting creates dynamic motion with tattered furs fluttering. Exaggerated graphic shadows with minimal gradients