Vehicle Physics Pro demos #
Try Vehicle Physics Pro yourself with these demos for PC/Windows and Mac OS X.
- Download and unpack to a folder of your choice.
- Run the Vehicle Physics Pro Demo executable (Windows) or the app file (Mac).
- Check out the in-game help (button ?) for mappings and further instructions.
- All demos include:
- Full-featured interactive dashboard.
- Detailed live telemetry data.
- Performance chart with analysis tool.
- Support for keyboard, XBox gamepad and several steering wheel controllers with force feedback.
- Driver assists and steering assist.
- Multiple camera modes (C key)
- Complete in-game help. Check it out!
Note: Xbox gamepad and steering wheel controllers are supported in the PC/Windows versions only.
JPickup Demo #
PC/Windows (24 Mb) | Mac OS X (34 Mb)
The classic City scenery with the VPP-based JPickup truck. Includes a Setup dialog for configuring the most typical features in a standard car:
- All-Wheel-Drive (AWD) vs. Rear-Wheel-Drive (RWD)
- Manual vs. Automatic transmission
- Auto-shift in Manual transmission
- Clutch vs. Torque Converter
- Differential Lock, three levels: axle, center, full.
- Engine stall
The Setup dialog includes built-in help. Just move the mouse over an option to see its description.
Ascari Demo #
PC/Windows (67 Mb) | Mac OS X (87 Mb)
This is the demo I use to learn and memorize the key aspects of this awesome track in both day and night conditions. The car is a stock Volkswagen Golf. Not a racing car, not even a particularly powerful car, so the challenge is driving it to competitive level getting the maximum out of it. See the Rules & Hints tab in the in-game Help for more.
The demo features a beautiful day-night cycle. Time of the day is accelerated to the rate of 1 hour per minute, so an entire day takes 24 minutes of simulation time. Visibility is very poor on purpose at night, so you have to memorize the track as much as possible and drive by using the few references at all within your reach. Remember to turn the headlights on!
Can you beat the 2:50 mark? My lap record at the time of writing this is 2:45.881.
Credits: The 3D model of the Ascari Resort Track is my own adaptation to Unity of a mod for Assetto Corsa developed by the AC forum member liquido a few years ago. Full story here.
Steering Wheel Support #
Currently the demos support these steering wheel models:
- Logitech G27 / G29
- Thrustmaster T300 / T500 / TX (maybe other models supported as well)
If you have any other model and want it supported, you can greatly help me to support it by following these instructions:
- Ensure all the steering wheel parts are connected and enabled (wheel, shifter, pedals...)
- Gas and brake pedals should be configured to use "independent axes" or similar (instead of "combined axis").
- Download and open the JPickup Demo.
Open the Input Config (devices icon at the toolbar):
Select "Wheel". Your wheel should be initialized. Note down the information here: wheel model, buttons, axes, and force feedback (ffb) motors.
- Click on the information. A new debug window appears at the top-right of your screen. This window lively shows the raw values read from your wheel.
Get information on the axes and buttons #
- Move the steering wheel full-left to full-right and center. Note down which axis changes (A0, A1, etc) and the values for left, right and center.
- Press and release each pedal. Note down which axis changes (A0, A1, etc) and the values for fully pressed and fully released.
- Move each d-pad, POV, joystick or lever in your wheel. If any of the POVs change (P0, P1, etc) note it down.
- All other controls should be mapped to buttons (BT). No need to note down these, as I should be able to get them from the documentation of your wheel model.
Get information on the Force Feedback #
- Ensure that Mapping is configured as "Logitech G27" in the Input Config > Wheel section.
Open the car setup (wrench icon), then configure these options:
- Transmission = Automatic
- Coupling = Clutch
- Engine Stall = Off
The engine starts and the car begins moving slowly.
Move the steering wheel gently and feel the force feedback. Note down if the direction of the force feedback is correct (tries to re-center the wheel) or opposite (tries to move the wheel further in the current direction).
Send me all the information you've noted down to email@example.com and I'll add support to your wheel in the next version. Thanks!!