Advanced Driving Techniques Level II

·       Structural Contact Points: Study of reinforced vehicle areas (frames, chassis side rails, and engine block) versus deformable zones.

·       Force Vector and Inertia Transfer: Calculation of optimal impact speed (15 to 20 km/h) to clear a blockage without deploying airbags or immobilizing own vehicle.

·       Attack Angles: Selection of impact angles on the aggressor vehicle's axle or wheels to create an escape gap (lane clearing technique).

·       Mechanics of the PIT (Precision Immobilization Technique) Maneuver: Identification of the application point behind the target vehicle's rear wheel.

·       Counter-PIT Technique (Interception Recovery): Immediate reaction protocol when own vehicle is victim to a PIT maneuver by aggressors; management of acceleration, counter-steering, and lateral drift control.

·       Physics of Loaded Advanced J-Turn: Instantaneous loss and recovery of grip on front, rear, and all-wheel drive trains (AWD/4WD).

·       Bootlegger and Y-Turn Techniques Under Pressure: Application of abrupt weight transfers using tactical handbrake and steering cut in confined spaces.

·       Audiovisual Analysis (Video-Debriefing): Dissection of attacks with vehicular blockades, urban pursuits, and ramming errors in real-world situations.

·       Legal Framework and Defense of Necessity: Legal scope regarding the use of invasive/offensive maneuvers (RAM/PIT) under self-defense grounds during imminent threat situations.

Objective: Acquire the skill and muscle memory to breach active or passive vehicular blockades applying the controlled impact technique without disabling the vehicle or sustaining injuries.

·       Biomechanical Positioning: Driver posture (flexed arms, head firmly supported against headrest, gradual pedal release prior to impact to prevent suspension collapse).

·       Fixed/Mobile Blockade Attack: Execution of impact at constant speed (15 - 20 km/h) targeting weak points of obstacle vehicle (rear/front axle).

·       Post-Impact Acceleration: Immediate transition from impact to continuous pushing to clear the route and exit the "kill zone".

Objective: Master vehicle control during lateral destabilization, executing the PIT neutralization maneuver and applying recovery technique (Counter-PIT) if attacked.

·       PIT Recovery (Counter-PIT): Simulation on skid-pad where an aggressor vehicle destabilizes the rear section. Student learns to avoid a 180° spin through precision counter-steering and measured acceleration.

·       Tactical Disengagement: Techniques to disengage from the push of an aggressor vehicle attempting to drag unit off the road.

Objective: Perform 180° reverse and forward turns at high operational speeds in confined spaces to escape pursuits or blockades.

·       Advanced J-Turn: Reverse motion at 40 km/h, abrupt steering cut, rotation on central axis, and immediate engagement of forward gear.

·       Double Lane-Change / Dodge on Wet Surface: High-speed slalom on slippery surface avoiding uncontrolled understeer/oversteer.

Objective: Integrate RAM impact, PIT response, and evasive maneuvers in a high-stress circuit with role-play actors simulating an ambush with kidnapping or interception attempt.

Scenario Dynamics:

·       Phase 1 (Navigation and Interception): Convoy or single vehicle navigates circuit under threat of lateral destabilization attempt (PIT).

·       Phase 2 (Blockade and Impact): Blockade encountered on route. Driver must instantaneously evaluate gap and execute RAM impact to breach pass.

·       Phase 3 (Evasive Escape): After breaching blockade, execute J-Turn or high-speed dodge under pursuit by opposing force vehicles.

Phase 4 (Debriefing): Evaluation of reaction times, stress decision-making, impact technique, and vehicle integrity