A good cockpit setup should feel like a ship system, not a spreadsheet of keybinds. The best Star Citizen button layout examples put high-frequency actions under your fingers, keep visual feedback obvious, and separate ship operations from personal gameplay before a single page becomes cluttered.
For Stream Deck and Corsair Galleon users, the goal is not to recreate every keyboard command. It is to build a control centre that makes flying, fighting, hauling, mining and streaming feel quicker and more deliberate. Start with the commands that interrupt your flow most often, then give each role its own clear page.
Start with a layout built around your ship role
There is no universal perfect layout. A Gladius pilot needs weapons, shields and target controls immediately available. A Vulture operator benefits more from salvage, cargo and systems pages. A multicrew crew member may need comms, turret and door controls before anything related to quantum travel.
That said, the strongest layouts follow one rule: the first page should handle what you need while actively flying. On a 15-key Stream Deck, that generally means flight movement, power state, landing gear, ship doors, lights, scanning and a route to combat or utility pages. On a larger Stream Deck XL or Corsair Galleon, you can keep more functions visible without sacrificing readable icons.
Avoid filling every available key just because it is there. Empty space is useful when it separates groups of controls. A clean layout is faster to read during a bad landing or an unexpected interdiction.
Example 1: Everyday flight and navigation page
Your home page should cover the actions used on nearly every flight, from leaving a hangar to touching down at an outpost. Keep the most urgent controls in the lower rows, where your hand naturally rests, and reserve the top row for navigation or page switching.
A practical everyday flight page can include:
- Engines on or off, flight ready, power off and eject
- Landing gear, doors, lock doors, exterior lights and interior lights
- VTOL, coupled or decoupled mode, cruise control and speed limiter
- Quantum spool, quantum mode, scanning mode and route controls
- A clear Combat page button and a Utility page button
For icon design, use a consistent visual language. Blue or cyan works well for navigation and quantum controls, amber for ship utility functions, and red for irreversible or emergency actions. The point is not strict colour theory. It is instant recognition when your attention is on the HUD.
A useful landing sequence cluster
Landing creates a small chain of repeated actions, so grouping is worth more than spreading commands across a page. Keep landing gear, VTOL, door controls and external lights adjacent. If you regularly fly ships with ramps or lifts, add separate controls for opening and closing rather than relying on a single toggle whose state is unclear.
This is one area where button feedback matters. A labelled icon that changes when gear is deployed or doors are open is more useful than a beautiful static icon. Your hardware should answer, “What state is my ship in?” at a glance.
Example 2: Combat page for fast decisions
Combat layouts are where many players overbuild. You do not need every target command on the first combat page. You need the controls that help you survive the next ten seconds.
Put weapon group controls, missile mode, countermeasures, target cycling, lock target, decoy, noise and shield management in the most accessible positions. If you fly with a stick and throttle, your Stream Deck or Galleon is especially effective as the layer for commands that are too important to hunt for on a keyboard but too numerous for physical buttons.
A clean combat page often divides into three visual zones. The left side handles target selection and pinning. The centre handles weapons and missiles. The right side handles defensive systems, power triangle controls and countermeasures. This arrangement gives each hand movement a purpose rather than forcing your eyes to scan fifteen nearly identical symbols.
Do not bury countermeasures on a secondary page. Likewise, avoid a layout that requires you to swap pages to change power priorities if that is part of your normal dogfighting routine. A second combat page makes sense for less frequent commands such as scanning targets, advanced hail options, turret assignments or specialised ship functions.
Example 3: Mining, salvage and industrial layouts
Industrial ships benefit from dedicated workflows because their gameplay loops involve repeated system changes. The main mistake is mixing industrial tools into the same page as general flight controls until neither page is comfortable.
For mining, build around laser operation, power adjustments, scanner functions, extraction and consumables. Keep the controls in the order you actually use them: find a deposit, scan it, enter mining mode, adjust laser power, apply a module or consumable, then extract and manage cargo. This mirrors the work rather than the game’s keybind menu.
Salvage layouts should prioritise mode switching, scraper or disintegration controls, cargo access, tractor functions and a rapid return to flight controls. If you work in dangerous areas, give shields and target awareness a nearby home as well. A Vulture pilot does not need a full fighter page, but they may need to react before a contact becomes a problem.
Cargo and trade pages can be simpler. Focus on doors, ramps, tractor beam controls, inventory access, scanning, lights and comms. The ideal layout saves small amounts of friction dozens of times during a session. That is where a dedicated profile earns its place.
Example 4: Multicrew and roleplay-focused pages
Star Citizen becomes far more interesting when a crew has defined jobs. A button layout can reinforce that role instead of handing every player the same cockpit panel.
A pilot’s controls should centre on movement, quantum, shields and evasive action. A gunner can use a streamlined page for turret power, target selection, missile cues and communication. An engineer-style layout can group doors, locks, lighting, power states, shield emphasis and repair-related actions. For roleplay crews, a separate page for emotes, local chat, hailing and ship announcements can be surprisingly useful without contaminating a critical flight page.
If you stream, reserve a small area or separate profile for recording, microphone mute, scene changes and chat controls. Keep these clearly distinct from in-game emergency commands. Accidentally muting your squad is inconvenient; accidentally powering down your ship during a fight is worse.
Build pages that stay useful after patches
Star Citizen keybinds, interface behaviour and preferred gameplay loops can change over time. Design for maintenance. Use logical folders, consistent icon names and page labels such as Flight, Combat, Mining, Cargo and Crew. When one binding changes, you should know exactly where to update it.
Back up your profile before major game updates or before rebuilding a page. It also helps to keep one spare page for testing new bindings. That prevents experimental controls from disrupting a layout you already trust.
Pre-configured profiles can remove much of this setup work, particularly when they are built with readable icons, sensible categories and device-specific spacing from the start. iConCity profiles and icon packs are designed around that kind of ready-to-deploy control, whether your desk runs an Elgato Stream Deck or Corsair Galleon hardware.
Test your layout in the moments that matter
A layout is only good if it works while you are busy. Take a familiar ship through a full loop: spawn, launch, quantum travel, land, depart, enter a fight, repair or refuel, and return. Each time you reach for a keyboard shortcut, ask whether that action deserves a button, a better position or no dedicated control at all.
The best setup eventually fades into the background. Your eyes stay on the approach, the target or the crew conversation, while every command is exactly where your hand expects it to be.