Tiny Shinobi Pixel Art Characters Pack

The Tiny Shinobi Pixel Art Characters Pack is dedicated to feudal Japan and martial arts. It’s designed for platformers, adventure games, beat ’em ups, RPGs, and other 2D game projects. Its repository is designed for creating a world where katana battles unfold, samurai honor is upheld, and ancient techniques are explored. The pack includes three fully animated characters that can act as enemies, protagonists, or loyal allies.

Here you’ll find three characters:

• Shinobi – spiky brown hair, a dark turquoise martial arts jacket with a white belt and dark pants, and a bare-knuckle fighting stance. A fast and agile melee fighter, suitable for the player character and a stealth unit.
• Fighter – wild, fiery orange hair, a turquoise kimono with a red undershirt, and a strong focus on hand-to-hand combat. An energetic fighter with a fiery demeanor, suitable for the player character, opponent, and enemy.
• Samurai – dark blue hair held back with a yellow clip, a dark blue suit with a gold belt, and orange boots, wielding a katana. A reserved and accurate weapon wielder, suitable for the role of a player character, kunoichi, and elite opponent.

Each character has a full set of movement and combat animations. Shinoby and Fighter characters share the following animations:

• Idle
• Walk
• Run
• Attack 1
• Attack 2
• Attack 3
• Defense
• Jump
• Attack Result
• Death

Samurai has the following animations:

• Idle;
• Walk;
• Run;
• Attack 1;
• Attack 2;
• Attack 3;
• Defense;
• Shot;
• Attack Result;
• Death.

These assets are suitable for:

• Platformers;
• Runners;
• Sidescrollers;
• Quests;
• Explorations;
• Martial Arts;
• Action-Adventure;
• Beat ’em Up;
• New Skin Systems.

The sprites are created in a detailed pixel art style with sharp outlines, expressive character silhouettes, and combat effect overlays. They are well optimized, so integration will be seamless.

Compatibility:

• Unity;
• Godot;
• Unreal Engine;
• GameMaker;
• Construct;
• Aseprite.

File formats:

• PNG;
• PSD.