Frequently Asked Questions
Find answers to the most common questions about Infinite Apex.
General
What is Infinite Apex?
Infinite Apex is a racing simulator where every track is procedurally generated from a numeric seed. Enter any number and get a unique, fully drivable circuit with realistic terrain, elevation changes, and track surface details.
How do seeds work?
A seed is any integer that deterministically generates a track layout. The same seed always produces the exact same track, so you can share seeds with friends and race on identical circuits.
Is Infinite Apex free to play?
Infinite Apex is currently in early access. Check the itch.io store page for the latest pricing and availability information.
What platforms is the game available on?
Infinite Apex is available on Windows PC. Support for additional platforms may be considered in the future.
Gameplay
What input methods are supported?
Infinite Apex supports steering wheels with pedals, game controllers, and keyboard. Leaderboards can be filtered by input type so you always compete against drivers with similar setups.
How do leaderboards work?
Each track seed has its own global leaderboard. After completing a lap, your time is automatically submitted. You can view leaderboards on this website by entering the seed number.
How many tracks are there?
The number of possible tracks is effectively unlimited. Any integer seed produces a unique circuit built from 50+ segment types including hairpins, chicanes, esses, carousels, and elevation changes.
What types of track segments exist?
Tracks are assembled from over 50 segment types inspired by real-world circuits. These include straights, curves, hairpins, chicanes, S-bends, sweepers, carousels, variable-radius corners, off-camber sections, and elevation changes.
Technical
What are the minimum system requirements?
Infinite Apex requires a 64-bit Windows PC with a DirectX 11 compatible GPU, 8 GB RAM, and 2 GB of available storage. A modern quad-core CPU is recommended for smooth performance.
How is the terrain generated?
Terrain is procedurally generated using Perlin noise and Catmull-Rom interpolation to match the track's elevation profile. Hills and valleys flow naturally with the circuit layout.
How detailed is the track surface?
Track meshes contain thousands of vertices, allowing for subtle surface displacement. Bumps, undulations, and imperfections create realistic grip variation that you can feel lap after lap.
I'm having trouble connecting to leaderboards. What should I do?
Ensure you have a stable internet connection and selected Submit to Leaderboard in the pause menu. If issues persist, check our support page for troubleshooting steps or contact us directly.