A lot of issues are caused by software and by following the steps below we can easily determine where the problem lies meaning we have a better chance of aiding the right support for you.
There are located 3 power supplies within the simulator, two of them are powering the motors. The two power supplies will only turn on if the simulator is turned on, on the Emergency Stop. To verify the system is starting please listen for added fan notice while turning on the system. If you hear additional fan noise, there is no problem with the power supplies.
First, we want to determine if the actuators work without any software. To do that please make sure all actuators is at their lowest position possible. You can either do that by turning off the simulator and push it down, or if SimTools works you can use output testing and the heave function.
Before testing please make sure no USB cables is connected to the simulator, then turn on the simulator.
Notice if the simulator goes up on all actuators. If not, it could be a hardware problem and if it does it is most likely a software problem and you can continue with the trouble shooting.
If the above tests are positive SimTools might not be working correctly. As the simulator runs off Windows the possibility of third-party software or anti-virus programs messing with the software is quite high. We generally recommend checking the anti-virus and if drivers are up to date first.
A reboot of the OS or a reinstall of SimTools usually solves the problem but in rare occasions a complete reinstall of the OS is required due to incompatibilities of software.
If you encounter that problem, please do the following to determine that cause.
his is due to the COM ports being reversed. This can be caused if Windows crashes or you are using your own USB Hub. To fix it, simply revert the COM ports as described in the software section.
This can be caused by not having patched the game or followed a guide for the particular game if it needs additional adjustments before it can be used. Depending on the game you use, there might not be calibrated settings for the simulator and the numbers might be too high in Tuning Center. This will prevent movements. For further details please see the SimTools guide.
You can use Virtual Axis to see if SimTools is getting information from the game. It’s located in Game Engine -> Output Testing -> Virtual Axis. You need to have the game running to see the sliders move. If they do move, then SimTools is getting telemetry and the problem lies elsewhere.
This can happen if the connection is lost to the computer or Windows Defender (If not using other antivirus software) have deemed the software a thread. Unfortunately, it can happen as Defender is quite aggressive. Please investigate with your antivirus software. Usually a SimTools reinstall helps or you can add an exception for SimTools.
SimTools uses a variety of methods to read the telemetry from the game and some of those methods will trigger the antivirus. SimTools is completely safe and making an exception for SimTools will solve the problem.
This is due to the motors always have power to be able to move the rig quickly without delay. The small movements of the motors should not be present when there is weight on the rig, or it is being used.
A lot can cause this behavior, but the most common things is.
First try to restart the PC, if that does not work try another computer. To verify that the PC cannot detect the PC you need to go to your Device Manager and look for the Simulator. You should be looking for a connection called CH340 and verify there are two of them. If you can see those, the simulator can be seen, and the problem might be in SimTools. If that does not work, please try another USB cable.
The RC4 has been designed to be in balance while in use and it's important that you take some time to adjust the seating when you are happy with your setup.
If you are using a setup with screens, the platform will tend to be more front heavy and we encourage you to slide the seat further back.
If the platform is not in balance, the distribution of the weight will be uneven, and you will possibly hear some noises or feel that the ball head joints are moving slightly in the joints. This is perfectly normal, and the platform has been designed to have a little extra space to compensate for small, odd movements and twists. If we left nothing for the platform to work with, other parts might break due to the forces applied.
The extra movement should not happen when the platform is in balance as the joints are designed to rest on all three at the same time. If the platform is, let's say front heavy, you might hear the joints in the back as it's not resting there and therefore not always have contact.
You might experience the joints getting a little looser after some time which is normal. However, on some occasions the joints gets too loose and they might need a replacement. Fortunately, it's easy to replace, please CONTACT us if you experience that.
If an axis has too high values you will experience odd movements as the axis will be fully utilized by another task. Let's say you are moving up a hill and Pitch is set to 100%, this will prevent surge or heave in the front from moving further up and you will therefore experience the platform doing some weird movements to compensate. Therefore, it's important to share and leave room for other movements if needed.
We do not recommend you to change axis assignments except from Yaw (Axis4a)
The rotation module of the RC4 have a definitive POS 0 which it will always reach after a session, or when the washout is reset. You can experience the RC4 will not be in the same position after use, but it has nothing to do with the feedback system.
To ease strain on the structure and the motor, as we are using the same motor on the rotation as the rest of the system. This makes the rotation motor quite powerful and to prevent it from being too aggressive if settings are aggressive in the software, we have constructed the wheel to be able to slide on the rotation plate if too much force is applied.
There can be many factors to why the wheel slides but the most common one is aggressive driving or settings. Another factor can be wrong balancing on the platform. If the platform is too front heavy, the rotation wheel will slip more easily.
No matter what, we encourage you to watch the platform during operation if you have a lot of rotation enabled. As the hardware have a definitive POS 0 you will need to move it in place manually. You can do that by pushing on the back of the seat to lift the rear wheel slightly from the rotation plate.
When the heat sensors detect a motor is too hot it will stop working until it has cooled down again. The heat protection will step in at 100o C. The platform will start functioning again at 60o C. When the heat protection is active you will see a H flashing on the front display. Please take a break and let the system cool down.
If you encounter that issue multiple times, we advise you to take a look at your setup as the platform might be too heavy. The most common causes are when you have screens and other heavy equipment attached to the platform and it is not in balance. For more information, please see HERE.
Windows Defender can in some circumstances block telemetry to the simulator. If it does not respond this might be the case. Follow the below guide to make an exception for SimTools.
The method is the same on Windows 10 and 11 and we recommend doing this on both OS systems.
Click the small arrow in your taskbar and then click on the Windows Defender icon.
Click on the Virus & threat protection button, within the red square.
Click on Manage settings as marked.
Click on Add or remove exclusions.
Add the shown exclusions to Windows Defender.
You can access the AppData folder by typing %localappdata% in the windows filebrowser. This will also replace "Steffen" with your username.
That is all. If you still have issues we recommend you to restart the PC to make sure the exceptions has taken effect.