Unity FPS Game Development

Building shooters that feel right requires solving a specific set of hard problems: responsive controls, accurate hit detection, weapon behavior that satisfies, and performance that holds up under pressure. This is what we do.

What FPS Development Actually Requires

Most game studios can build a character that moves and a gun that fires. The difference between a shooter that feels amateur and one that feels professional comes down to the details that take years to learn.

Character Controllers

Unity's built-in character controller works for prototypes. Production shooters need custom solutions. We build controllers with proper ground detection, slope handling, step climbing, and the subtle acceleration curves that make movement feel natural without adding input lag. The goal is responsiveness without floatiness.

Weapon Systems

A weapon system isn't just firing a raycast when the player clicks. It's recoil patterns, spread mechanics, fire rate timing, reload state machines, attachment systems, and audio/visual feedback that sells the impact. We architect weapon systems that scale from pistols to LMGs without code duplication, using scriptable objects and modular components.

Hit Detection

Hitscan vs projectile is the obvious choice. The harder problems are hitbox configuration, penetration systems, damage falloff curves, and lag compensation for multiplayer. We've solved these across multiple shipped titles and know which approaches work for which game types.

Camera and Aim Feel

The camera is the player's window into your game. Sensitivity curves, ADS transitions, procedural recoil, screen shake, and FOV adjustments during movement all contribute to how your game feels. Getting these wrong makes the game feel broken even if everything else works.

What We've Built

MATH FPS: Solve or Die ships on Steam with responsive shooting mechanics and performance optimization for a wide hardware range. TOGETHER: OR WE DIE is our current co-op FPS project targeting Steam, featuring cooperative multiplayer in dark, Chernobyl-inspired environments.

ShadowStrike FPS proved we can ship multiplayer shooters on mobile with acceptable performance and controls that work on touchscreens.

Timeline and Scope

A vertical slice with one environment, basic movement, and core shooting mechanics takes roughly 4-6 weeks. A full MVP with multiple weapons, one game mode, and polished feel runs 2-3 months. Complete production varies by scope, but most indie FPS projects we've worked on fall in the 6-12 month range.

We can work with existing projects that need FPS expertise, or build from scratch. Either way, we start by understanding exactly what you're trying to achieve and whether Unity is the right choice for it.