UMIGARI

Umigari is a first-person fishing game that focuses on harpoon-based hunting and open-sea navigation. The player operates a small vessel along the misty coast of Japan, using skill and precision to catch fish and bring them back to port for trade. Each expedition involves managing fuel, supplies, and timing, as every decision affects the ability to return safely. The goal is to earn enough profit to upgrade the ship and equipment while uncovering the deeper regions of the ocean. What begins as a simple fishing trip gradually turns into a study of distance, depth, and discovery.

Core Gameplay and Fishing System

The gameplay loop in Umigari revolves around manual control and deliberate precision. Instead of automated systems, the player uses a harpoon to aim and strike at moving fish in real time. Each shot requires timing, as both distance and fish movement influence success. After catching enough fish, the player returns to port to sell the haul and restock. The harpoon acts as the central tool, connecting all parts of the game — hunting, resource gathering, and survival. Over time, players learn the behavior patterns of different species and develop strategies for efficiency and risk management.

Tools, Upgrades, and Ship Progression

The player’s success in Umigari depends on how well they maintain and enhance their ship and gear. Each improvement allows for greater exploration and profitability:

·         Ship Speed and Fuel Efficiency: Expands reachable areas and reduces travel time.

·         Storage Capacity: Enables longer journeys with higher potential income.

·         Enhanced Harpoon Mechanics: Improves aim, throw distance, and retrieval rate.

·         Sonar and Detection Tools: Reveal hidden fish and underwater structures.

·         Lighting and Power Systems: Allow visibility in foggy or nighttime conditions.
These upgrades represent gradual growth, turning short local trips into extended expeditions through multiple marine zones.

Exploration and Environmental Design

Umigari divides its world into connected ocean regions with different species and environmental conditions. Early areas are predictable and safe, while deeper waters introduce stronger currents, reduced visibility, and rarer fish. Fog plays a consistent role, creating the need for instruments to navigate accurately. Players must plan routes, manage resources, and assess when to push further or return. The deeper regions contain higher-value catches but also greater uncertainty, encouraging a balance between ambition and safety.