Godot FPS templates, and why the feel is most of the work

Three separate things get called an FPS template. A first-person controller, which is mouse look plus walking, sprinting, crouching and something sensible on stairs and slopes. A weapon system, which is firing, recoil, ammunition and reloading. And a game to put them in, which means enemies, a level and a reason to be there.

These are usually published separately, and the further down that list you go the rarer and the more opinionated the projects get. Controllers are everywhere. Complete open-source shooters with enemies, levels and progression are not.

This page is not going to name a repository and tell you what is inside it. Community first-person projects for Godot vary enormously in scope, quality and upkeep, and what any one of them contains this month is not something an article can vouch for. Judge them yourself with the checks further down.

It is worth noticing a pattern in the well-known open-source Godot starters, because it tells you where the effort has gone. The first-person ones tend not to be shooters. Zylann's voxelgame branch, for instance, is a first-person voxel sandbox with procedural block terrain, water and a free-fly camera, and it is a world-building foundation rather than a combat game.

Meanwhile the combat-heavy 3D starters tend to be third-person. The Godot 4 souls-like template from catprisbrey carries lock-on targeting, stamina, dodge, block and parry, weapons, an inventory and enemy AI states, all built around a camera behind the character rather than inside their head.

None of that means an FPS is hard in Godot. It means that if you want one specifically, expect to assemble it from parts rather than inherit it whole, and expect the assembly to be the honest starting position rather than a sign you picked the wrong engine.

Movement: mouse look with a sensitivity setting people can change, acceleration and friction on the ground, some amount of air control, a crouch that transitions the collider without catching on the ceiling, and step handling so stairs do not stop you dead.

Weapons: the decision between hitscan and projectiles, then fire rate, spread, a recoil pattern, a reload state that cannot be broken by switching weapons mid-animation, ammunition, and a view model that usually needs its own camera and field of view so it does not clip through walls.

Feedback: a crosshair that reacts, a hit marker, muzzle flash, impact effects, and audio with a shot, a tail and reload clicks. This is the part beginners skip and the part players feel first.

Then enemies with navigation, perception and a damage model, a level greyboxed with real collision and deliberate sightlines, and a small pile of interface. If you want multiplayer, decide that at the start, because network authority and lag compensation reach into every one of the systems above.

Time to kill. The delay between the click and the shot. How far the camera kicks and how fast it settles. Whether a hit reads without looking at a number. How the audio sits against the music. Whether a weapon feels heavy or fast. These are dozens of values tuned by playing, and they are the difference between a shooter people describe as crunchy and one they describe as flat.

Nothing in a file listing tells you how a project feels. A template can be technically complete, with everything on the checklist above implemented, and still feel dead, and you will only find that out by running it. Equally, a rougher project with a good weapon rhythm may be the better base.

This is also why first-person shooters are a bad genre for judging progress by feature count. You can finish every system on the list and be nowhere. You are done when it feels right, and that judgement is yours to make by playing, not something to be reasoned out from the code.

Run it before you read it. Ten minutes of play tells you more than the repository description. Fire the weapon, walk into a wall, look at how the camera behaves when you turn quickly.

Check which Godot version it targets and when it was last touched. A project written for Godot 3 is a porting job, not a starting point, and once you adopt an unmaintained project you are its maintainer.

Then check one structural thing: is the weapon logic in the player script, or is a weapon its own scene? If shooting, aiming, animation and audio all live in one long script, adding a second weapon is a rewrite rather than a copy. In a shooter this matters more than in most genres, because shooting is the code you will change most and the code most entangled with everything else.

Stage Engine comes at this from the other end. You build the space by hand in the builder, and Director 1 writes the GDScript inside your own project, including the movement and weapon values you will want to change repeatedly. There is no template picker in Stage Engine and none of the projects mentioned here can be opened from inside the app.

It is a desktop app for Mac and Windows with Godot bundled in, so the game runs locally at your machine's framerate, which is the only honest way to judge feel in a genre this sensitive to frame timing. Building needs an internet connection; playing what you built does not. The download is free, Indie is $10 a month and Pro is $50.