Assetto Corsa EVO Update 0.8 gives virtual-reality racers more control over both image quality and performance. KUNOS describes it as the most significant VR rework of the Early Access cycle. The update introduces foveated rendering, an eye-tracked variant for supported hardware, a separate VR video profile, pixel-density and world-scale controls, dedicated OpenXR swapchain integration, and a “prefer FPS over latency” mode.
These software improvements are useful, but a good VR session still begins outside the game. Your seat, steering wheel, pedals and cables must create one stable driving position. If the physical controls do not match the position you expect in the virtual car, the experience can feel less natural even when the image is clear.
This guide explains how to prepare that physical setup, how to approach the new Update 0.8 options without inventing a universal preset, and when a compact Hobby cockpit or a more expandable Sport cockpit makes sense.
What changed for VR in Assetto Corsa EVO Update 0.8?
Update 0.8 was released on 8 July 2026. According to the official Assetto Corsa announcement, the VR work includes several connected changes.
Foveated rendering concentrates more rendering work in the part of the image that matters most to the player. An eye-tracked version is available on supported hardware. Because KUNOS limits that statement to supported hardware, you should check the capabilities and current software requirements of your own headset before expecting eye tracking to work.
The new pixel-density slider ranges from 50% to 150%. It gives you a direct way to balance image detail against the load on your PC. A higher value is not automatically better if it makes the experience less stable. Start from a sensible baseline and change one item at a time.
World-scale controls let you adjust the perceived scale of the virtual environment. This can help the virtual cockpit feel more natural in relation to your body and controls. It does not change the real position of your wheel or pedals, so physical adjustment still comes first.
VR now has its own video-settings profile, separate from the flat-screen configuration. This is especially useful when you sometimes race on a monitor and sometimes in a headset. You can tune the two modes independently instead of rebuilding one set of settings each time you switch.
KUNOS also added dedicated OpenXR swapchain integration and a “prefer FPS over latency” mode. These are official options, but their best use depends on your PC, headset and personal comfort. There is no honest single preset that can guarantee the same result for every system.
Set the physical cockpit before changing the VR settings
It is easy to begin with graphics settings because they are visible in a menu. A better order is to set your body position first. Sit in your normal racing posture and make sure your back and shoulders are supported. Your body should not need to move forward when you turn the wheel or press the pedals.
Set the pedals so you can use their full travel without locking your knees or pulling your hips away from the seat. If you use a firm brake pedal, check that the cockpit and seat remain in the same position when you apply your normal braking force. A stable pedal position helps you repeat the same input while your view is fully inside VR.
Next, move the wheel to a comfortable height and distance. You should be able to steer through the range you need while keeping your shoulders relaxed and your elbows slightly bent. Also check the clearance between your hands, knees and the bottom of the steering wheel.
Do not copy a fixed measurement from another driver without testing it. Body dimensions, seats, steering wheels and pedal sets differ. The correct position is the one that keeps your main controls easy to reach and consistent throughout a session.
Align the real controls with the virtual driving position
VR gives you a strong sense of being inside the car. That also makes a poor match between real and virtual controls easier to notice. Once your physical cockpit feels right, enter the car and compare the virtual steering wheel position with the location of your real wheel.
Use the available in-game view and world-scale controls carefully to create a believable relationship between the virtual cabin and your body. Make small changes. If you make several large changes at once, it becomes difficult to understand which adjustment improved the result.
Remember that world scale is a visual tool, not a replacement for cockpit adjustment. If the real wheel is too high, too low or too far away, correct the mount. Do not try to solve every physical problem with a virtual setting.
Map the controls you use most often to buttons that you can find by touch. Important functions may include menu navigation, view reset and the controls you need during a race. Your exact button layout depends on your wheel and driving preferences, so test it while wearing the headset before starting a long session.
Plan the headset cable before it becomes a problem
If your headset uses a cable, treat its route as part of the cockpit design. The cable must not pass close to the steering shaft, pedals or any moving adjustment point. It should also remain clear of your arms when you turn the wheel.
Leave enough controlled slack for normal head movement, but avoid a loose loop that can fall into the cockpit. Guide the cable behind or above the seating area where practical, and support it so the connector does not carry the full load. Test looking left, right, up and down before driving.
Keep power supplies, USB connections and extension points organised and accessible. Do not trap cables under a seat slider, profile bracket or pedal plate. Label connections if you regularly remove the headset or move the cockpit. A simple cable plan makes fault-finding and future upgrades much easier.
How to approach the new Update 0.8 settings
The separate VR profile gives you a clean place to build a VR-specific baseline. Begin with the physical cockpit correctly adjusted, then use a repeatable test situation in the game. Change one graphics option, drive the same situation again, and note the result.
Pixel density has a clear trade-off: more image detail can require more performance. Foveated rendering is designed to recover performance by focusing rendering effort, while the eye-tracked variant depends on supported hardware. Test these options instead of assuming that every higher or newer setting must be enabled.
Use world scale to refine the perceived size of the cabin after your real wheel and seating position are correct. If you also race on a monitor, keep the VR work inside the dedicated VR profile so your flat-screen setup remains independent.
The “prefer FPS over latency” mode gives you another official tuning choice. Its name describes the priority, not a guaranteed improvement for every player. Compare it with the alternative on your own system and choose the result that feels most stable and comfortable to you.
Hobby: a compact cockpit for an efficient VR setup
A VR system does not require a large monitor structure in front of the driver. This can make a compact cockpit especially attractive in a shared room, office or bedroom.
The SIMGASM Hobby cockpit range is designed for budget-conscious starters and occasional racers who want more stability than a folding solution. The frame is light and compact for its format. When paired with a suitable compact seat arrangement, it can also be easier to move or store than a larger permanent build.
Under SIMGASM’s confirmed guidance, Hobby can be considered for wheelbases up to and including 16 Nm, depending on how the cockpit is used and how much pedal force the driver applies. A VR headset does not change the mechanical load on the frame. Your wheelbase, pedals, driving frequency and planned upgrades are the important factors.
Choose Hobby when space and value are central, your accessory plan is simple, and you want a dedicated driving position without building a large simulator around it.
Sport: more headroom for powerful hardware and expansion
The SIMGASM Sport cockpit range is aimed at serious and competitive drivers with stronger direct-drive hardware, firmer pedal sets or a larger upgrade plan.
Compared with Club, Sport uses thicker base profiles and a thicker pedal tray. It also has a stronger, more adjustable wheel mount with thicker side plates. A longer shifter arm creates more room for add-ons, while integrated cable slots help organise a more complex installation.
Those details matter in VR because many controls must be easy to find without looking at them. Extra mounting room can support a logical layout for a shifter, handbrake or other confirmed accessories. The cable slots can also help keep the headset and control cables away from moving parts.
Sport is the more logical choice when your build will grow, when you use powerful controls regularly, or when you want more adjustment for GT and Formula-style positions. Under the SIMGASM wheelbase guideline, Sport or Pro should be selected above 26 Nm, while Pro is the recommended model above 40 Nm.
Build an upgrade path instead of replacing the whole setup
A useful VR cockpit starts with four stable elements: seat, pedals, wheel and cable route. Build these first. Add accessories only when you know where your hands can reach them while wearing the headset.
If your current equipment is modest but you expect to upgrade soon, consider the future load and number of accessories before selecting the frame. Hobby keeps the build compact and cost-conscious. Sport provides more mechanical and mounting headroom for a setup that may become stronger or more complex.
This approach follows the wider SIMGASM cockpit philosophy. The patented cockpit design was developed over about eight months, with attention to tolerances, stress, vibration, oscillation and the path from a basic frame to a build with multiple add-ons. The objective was not to force every driver into the largest chassis. It was to provide a suitable platform for different budgets, spaces and levels of ambition.
Final checklist before your first VR session
- Confirm that the seat, wheel and pedals remain in position under your normal driving inputs.
- Check hand, knee and wheel clearance through the steering range you use.
- Route the headset cable away from the steering shaft, pedals and adjustment points.
- Map essential controls and test them while wearing the headset.
- Create a VR-specific baseline in the separate Update 0.8 video profile.
- Change one VR option at a time and test it in the same driving situation.
- Use world scale only after the real cockpit position is correct.
Update 0.8 provides better tools for tuning Assetto Corsa EVO in VR. The best result still comes from combining those tools with a physical cockpit that fits your body, hardware and available space. Start with a stable, repeatable driving position. Then use the new VR profile to find the balance your own PC and headset can deliver.
Frequently asked questions
What did Assetto Corsa EVO Update 0.8 add for VR?
The official update adds foveated rendering, including an eye-tracked variant on supported hardware, a 50% to 150% pixel-density slider, world-scale controls, supersampling, a VR-specific MSAA resolve, a separate VR video profile, dedicated OpenXR swapchain integration and a “prefer FPS over latency” mode.
Should I enable eye-tracked foveated rendering?
Only expect the eye-tracked option to work on supported hardware. Check the current requirements for your own headset and software, then test it. Do not assume that one setting will deliver the same result on every system.
Is the SIMGASM Hobby cockpit suitable for an Assetto Corsa EVO VR setup?
Yes, Hobby can suit a compact, cost-conscious VR setup. Under SIMGASM’s guidance it can be considered for wheelbases up to and including 16 Nm, depending on driving use and pedal force. Select the frame for the mechanical hardware and upgrade plan, not for the headset alone.
When should I choose Sport instead of Hobby?
Choose Sport when you race more seriously, use stronger hardware or firm pedals, want more adjustment, or expect to add controls over time. Its thicker base and pedal tray, stronger adjustable wheel mount, longer shifter arm and cable slots provide more room for expansion.
About the author
This guide was prepared by SIMGASM B.V. with product input attributed to Johan Akkerman, founder and CEO of SIMGASM B.V. His background combines technical work, competitive sim racing and real-world racing. Learn more at johan-akkerman.com.
