Car Control Course

Lesson 1 • Braking Force Distribution

Examines how braking force splits between axles and how ABS and brake bias affect stopping. Connects physics to pedal technique taught later.

Lesson 2 • Weight Transfer Principles

Covers longitudinal and lateral weight transfer during acceleration, braking, and cornering. Students use this to anticipate grip changes at each axle.

Lesson 3 • Driver Inputs and Feedback Loops

Introduces steering, throttle, and brake as interconnected inputs that share the friction budget. Sets the foundation for smooth, coordinated control.

Lesson 4 • Understeer and Oversteer Mechanics

Defines front- and rear-axle grip loss and the conditions that trigger each. Provides the diagnostic framework used throughout the course.

Lesson 1 • Mirror and Sight Line Setup

Configures interior and exterior mirrors for maximum rearward visibility with minimal blind spots. Accurate mirror use supports hazard detection taught in later chapters.

Lesson 2 • Steering Wheel Grip and Position

Teaches the nine-and-three hand position and firm, relaxed grip pressure. Proper grip transmits feedback and enables quick, accurate steering corrections.

Lesson 3 • Optimal Seating Position

Covers seat height, fore-aft position, and backrest angle for full pedal travel and steering reach. Correct posture is the prerequisite for precise inputs.

Lesson 1 • Fixed-Input Steering Method

Introduces push-pull and hand-over-hand techniques and when each is appropriate. Consistent method selection reduces input errors during dynamic maneuvers.

Lesson 2 • Vision and Steering Coordination

Trains drivers to look where they want to go and let vision guide steering. This habit is the single largest predictor of accurate path tracking.

Lesson 3 • Low-Speed Precision Maneuvering

Applies steering technique to parking, U-turns, and tight-space navigation. Precision at low speed reinforces input accuracy used at all speeds.

Lesson 4 • Steering Corrections and Recovery

Covers counter-steer inputs and steering wheel catch techniques for unexpected path deviations. Builds the reflexive responses needed for emergency handling.

Lesson 1 • Trail Braking into Corners

Introduces gradual brake release while turning to balance the car at corner entry. Trail braking links braking and steering chapters into a unified technique.

Lesson 2 • Progressive Braking Technique

Teaches gradual pedal application to load the front tires before peak braking force. Smooth progression prevents premature lockup and maintains steering.

Lesson 3 • Emergency Braking Scenarios

Practices maximum-effort stops from highway speeds with and without obstacles. Scenario repetition builds automatic response under high-stress conditions.

Lesson 4 • ABS-Equipped Vehicle Braking

Explains correct full-pedal application with ABS and how to steer while braking hard. Drivers overcome the instinct to release the pedal during ABS activation.

Lesson 1 • Throttle Steering on Rear-Drive Cars

Introduces using throttle to adjust yaw angle on rear-wheel-drive vehicles. This advanced technique builds on oversteer mechanics from Chapter 1.

Lesson 2 • Acceleration Out of Corners

Teaches the apex-to-exit throttle progression that maximizes corner exit speed. Correct timing prevents understeer and oversteer caused by early power.

Lesson 3 • Low-Traction Surface Throttle

Adapts throttle technique for wet, gravel, and snow surfaces where grip is reduced. Surface-specific calibration prevents loss of control in adverse conditions.

Lesson 4 • Throttle Sensitivity and Modulation

Develops fine pedal control to avoid wheelspin and weight transfer spikes. Precise modulation is the foundation for all traction-dependent maneuvers.

Lesson 1 • Systematic Visual Scanning

Trains a structured far-mid-near gaze pattern that captures the full traffic picture. Consistent scanning is the primary tool for early hazard detection.

Lesson 2 • Space Management and Buffers

Establishes following distance, lateral clearance, and escape route principles. Maintained buffers convert hazard awareness into physical reaction space.

Lesson 3 • Night and Low-Visibility Driving

Adapts scanning and speed to reduced sight distances at night and in adverse weather. Visibility-adjusted technique prevents overdriving headlights and fog limits.

Lesson 4 • Anticipating Driver Behavior

Teaches reading vehicle position, speed, and signals to predict other drivers' actions. Predictive awareness reduces surprise events that demand emergency control.

Lesson 1 • Understeer Recovery

Teaches the reduce-speed, reduce-steer sequence to restore front grip during understeer. Correct recovery avoids the common error of adding more steering angle.

Lesson 2 • Evasive Steering Maneuver

Drills the rapid steer-avoid-return sequence used to miss a sudden obstacle. Correct execution prevents the secondary collision caused by over-steering.

Lesson 3 • Post-Emergency Vehicle Control

Covers stabilization, safe stopping, and hazard assessment after an emergency maneuver. Completing the response cycle prevents secondary incidents.

Lesson 4 • Oversteer and Skid Recovery

Drills counter-steer and throttle management to catch and correct rear-end breakaway. Builds on throttle steering concepts from Chapter 5.

Lesson 1 • High-Speed Stability Management

Addresses aerodynamic lift, crosswind effects, and reduced reaction margins at speed. Drivers apply earlier vision and input techniques with tighter tolerances.

Lesson 2 • Off-Road Edge and Recovery

Covers controlled re-entry when wheels drop off the road edge onto a soft shoulder. Improper recovery is a leading cause of rollover; correct technique is critical.

Lesson 3 • Tire Failure Response

Trains controlled response to sudden front or rear tire deflation at various speeds. Correct technique prevents the vehicle from spinning or rolling after a blowout.

Lesson 4 • Wet Road Driving Strategies

Adapts braking, steering, and throttle to reduced wet-surface grip coefficients. Technique adjustments from earlier chapters are recalibrated for wet conditions.