Course Correction
Course Correction - Steam Charts & Historical Stats
Realistic space flight simulator. Explore historical player activity and pricing for Course Correction. A current player-count observation is unavailable.
Course Correction player count and price summary
- Current players
- Unavailable
- All-time peak
- Unavailable
- 24-hour player change
- Unavailable
- Current US price
- Price unavailable
No current player-count observation is available; unavailable values are not estimated.
Media gallery 7 screenshots · 1 videos
Screenshots
Videos
Gameplay
Can I Play This?
Steam declarations and Valve's Steam Deck compatibility result. Missing data is shown as unknown, never unsupported.
Developer-declared accessibility on Steam
Features not declared by the developer are not labeled unsupported.
Structured language support (1)
| Language | Interface | Full audio | Subtitles |
|---|---|---|---|
| English | Yes | Yes | Yes |
System Requirements
- OS: 10
- Processor: i5
- Memory: 16 GB RAM
- Graphics: gtx1060
- DirectX: Version 12
- VR Support: Oculus PC or OpenXR
- OS: 10
- Processor: i7
- Memory: 16 GB RAM
- Graphics: gtx1080
- DirectX: Version 12
Additional Information
*languages with full audio support
Pricing Information
Additional Information
Developer Analytics
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About This Game
Realistic space flight simulator.
Detailed Description
Pilot an aging, unreliable spacecraft around the asteroid Ceres, in this realistic space flight simulator. Featuring extremely detailed systems modelling, simply surviving a flight will require detailed knowledge of your spacecraft, its systems and the emergency procedures. Switches, buttons, levers, checklists, procedures, and with full VR and HOTAS/HOSAS support guarantee a hands-on interactive cockpit experience like no other.
Features • Detailed flight dynamics – Pilot the most accurately modeled spaceship out there. Trajectories must be estimated and refined by the pilot; no magic numbers or automatic guidance are provided. Every maneuver requires attention and careful adjustment.
Thrusters and propulsion – Engines and thrusters produce slightly varying forces, with minor instabilities, shifting center of gravity, fuel slosh, off-axis thrusts, and uneven output, making handling a precise, and skillful challenge.
Extensive spacecraft systems – Power, life support, communications, propulsion, and avionics all interact realistically, degrade over time, and can fail unexpectedly.
Advanced radio simulation – Every antenna, transmitter, and receiver is modeled with physical accuracy. Signals vary with orientation, distance, terrain, and interference.
Traffic control – Receive guidance and clearances from traffic control, while struggling with signal delays, dropouts, and intermittent transmissions.
Cabin and life support systems – The breathable air in the cabin, including N2, O2 and CO2 levels, is fully simulated, including multiple pressurized tanks, valves, regulators, relief vents and suit loop simulation - and the consequences, should the mix go wrong.
Thermal and power management – Heat generation, dissipation, and energy distribution all influence performance and survival.
Aging systems and malfunctions – Components degrade with time and use; valves freeze and stick, battery voltages sag, gasses leak, and failures occur unpredictably. Survival depends on problem-solving, and knowing the systems and backup procedures.
Environmental and orbital modeling – Detailed orbital mechanics subtly affect flight, adding challenge to navigation and landings.
VR – Designed and built for an unparalleled VR experience from the ground up. Also supports flatscreen play.