Maximum angle in CarX Drift Racing 2: Full suspension setup

The maximum angle of rotation of the front wheels in CarX Drift Racing 2 is achieved not by a single button, but by a comprehensive processing of the suspension geometry, where the key parameters are the turn of the steering rack, negative collapse and displacement of the lever mounting points.

Ignoring the subtleties of setting up Ackermann or setting of standard values Steering Angle without modification of the levers will lead to the fact that the car will rest on the arch or lose traction in a deep skid, making drift impossible. To obtain a turn of 60-70 degrees or more, it is necessary to consistently change the parameters in the tuning menu, starting with the basic geometry and ending with the fine adjustment of the springs.

Basic steering setting and turn

The primary step to increase the angle is to work with the steering rail parameters in the car settings menu. You need to find a section that is responsible for Steering Angle, and increase the value to the maximum possible limit that the physics engine allows. Standard values are often limited to 30-40 degrees, which is not enough for professional drifting, so moving the slider to the right is a must.

However, simply increasing the steering angle without changing the suspension geometry will cause critical errors in the behavior of the machine. Wheels can start to pass through the body or arches, which looks unnatural and violates the physics of the process. That is why, in parallel with increasing the angle of the rail, adjustments are required to the width of the track and the departure of the discs to exclude visual and physical conflicts with a full reversal.

• 🚗 Increase the parameter. Max Steering Angle to the point, watching the behavior of the model in the inspection mode.
• 🔧 Check whether the arches of the wheels overlap with the maximum steering wheel turn in both directions.
• ⚙️ If necessary, reduce the width of the rubber or change the drive outlet to compensate for a large angle.
• 🏎️ Test the car on a straight line, sharply twisting the steering wheel to make sure there are no texture bugs.

Adjusting the collapse and caster for deep skidding

To implement a large angle in drift, it is critically important to set up correctly Camber (crashing) and Caster (caster) The negative collapse of the front wheels allows you to maintain the spot of contact of the tire with the road even with extreme steering, which ensures the stability of the car in the skid. Without enough negative collapse, the outer wheel will stand on the inner edge, causing a sharp reset of speed.

In parallel with the collapse, it is necessary to increase the positive caster. This shifts the upper point of the shock absorber mounting back, creating the effect of self-aligning the steering wheel and improving feedback. V CarX Drift Racing 2 The high caster also visually increases the wheel turn when turning the steering wheel, making the angle more pronounced and effective for maintaining skid.

The wrong combination of these parameters will cause the machine to become nervous or, conversely, too inert. It is necessary to find a balance in which the car willingly goes into a skid, but does not lose controllability at the exit of the turn.

⚠️ Warning: Excessive negative collapse (over -4.0) can lead to rapid wear of virtual rubber and unstable behavior on straight sections of the track.

Suspension geometry: mounting points and levers

The most difficult but effective way to increase the angle is to change the position of the mounting points of the suspension arms. In the tuning menu, the function of manual adjustment of the coordinates of the attachment of the upper and lower levers is available. Shifting the upper mounting points closer to the center of the car and higher allows you to achieve greater negative collapse during the suspension.

It is also important to pay attention to the parameter. Ackermann. In drifting, a negative or zero Ackerman is often used so that the inner wheel does not prevent the outer wheel from going into a deep twist. By changing the geometry, you actually rewire the entire front suspension, allowing the wheels to turn to a larger angle without mechanical constraints.

When working with geometry, remember that each change affects the kinematics of the suspension. If you shift the mounting points too much, shock absorbers can start to work inefficiently, or the wheels will touch the body elements when compressed. Test the changes gradually by taking small steps in the settings.

Adjusting the stiffness of springs and shock absorbers

The rigidity of the suspension directly affects how the car will keep a large angle in the skid. Too soft springs will lead to strong body rolls, which can cause the wheels to rest against the arches at a full twist, limiting the angle. Stiffness (stiffness) of the front springs should be selected so that the body does not lean excessively, but does not make the car "wooden".

Shock absorbersDampers) are responsible for compression and retraction speeds. For drifting with a large angle, a quick suspension reaction is important. Cut-off setting (Rebound) should be faster compression (Bump), so that the wheel quickly returns to the working position after passing unevenness, maintaining contact with the road and the specified angle.

• 📉 Increase the stiffness of the front springs to prevent breakage and contact with the arches.
• 🆙 Set up a quick shutdown of shock absorbers for better wheel response.
• 🔄 Balance the stiffness of the rear suspension so that it matches the front.
• 🛠️ Use different compression and rebound values to fine-tune your behavior.

It is important to understand that there is no perfect setting, as every car in the world is not a car. CarX It has a unique physics. What works for Toyota SupraMaybe not suitable for Nissan Silvia. Experiment with rigidity in conjunction with the angle of rotation of the wheels.

Influence of track width and disk departure

The physical space inside the arch is the main enemy of the big angle. Even if you twist the steering wheel settings to maximum, wide drives or an incorrect departure (see below).Offset) prevent the wheel from turning. The increase in track width (Track Width) pushes the wheels away from the body, making room for a turn.

The disk’s departure also plays a key role. A negative departure (when the disc protrudes outward) helps to avoid contact with the inner part of the tire with suspension elements or the body at extreme angle. However, too much negative flight can impair stability and increase load on hub bearings.

When adjusting the width of the track, make sure that the wheels do not protrude beyond the body dimensions too much, otherwise, when in contact with curbs or other objects of physics, the game can behave unpredictable. Optimal when the outer edge of the tire is level with the arch or slightly protrudes.

Diagnosis of problems and typical errors

A common problem when trying to make a large angle is the "twitching" of the steering wheel or a sharp loss of grip. This indicates a conflict of settings: for example, too large a corner is combined with insufficient collapse or too soft suspension. As a result, the wheel, turned to the maximum, stands on the edge and loses traction.

Another mistake is ignoring the rear differential settings. If the front end is set to a large angle, but the rear axle is not set up correctly (for example, too high pretension LSD), the car will unfold, not allowing to realize the potential of the front axle. The balance between the front and rear of the car is the key to successful drifting.

⚠️ Warning: A sudden change in all parameters at the same time will not allow you to understand what setup caused the improvement or deterioration of the behavior of the car. Change the parameters one by one.

For diagnosis, use telemetry or simply monitor the behavior of the machine at different speeds. If the car begins to vibrate when the steering wheel is turned abruptly, reduce the angle or check the settings of the stabilizers.

FAQ: Frequently Asked Questions