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Evaluate ABS performance during emergency braking on gravel with loose gravel and mud patches.

Gravel with Loose Gravel and Mud Patches Emergency Braking Test: The ABS system effectively prevents wheel lock-up and skidding during emergency braking on gravel roads with loose gravel and mud patches, maintaining vehicle stability and control.

Test ABS response during brake testing with vehicles equipped with brake assist with pedestrian and cyclist detection systems.

ABS and Brake Assist with Pedestrian and Cyclist Detection Integration Test: ABS coordinates with brake assist with pedestrian and cyclist detection systems to optimize braking strategies and minimize the risk of collisions with pedestrians and cyclists, enhancing overall safety.

Verify ABS functionality during brake testing with vehicles equipped with brake assist with emergency lane keeping systems.

ABS and Brake Assist with Emergency Lane Keeping Integration Test: ABS collaborates with brake assist with emergency lane keeping systems to optimize braking strategies and assist with vehicle stability during lane departure incidents, enhancing overall safety and control.

Evaluate ABS performance during emergency braking on gravel with loose stones and mud patches.

Gravel with Loose Stones and Mud Patches Emergency Braking Test: The ABS system effectively prevents wheel lock-up and skidding during emergency braking on gravel roads with loose stones and mud patches, maintaining vehicle stability and control.

Test ABS response during brake testing with vehicles equipped with brake assist with emergency braking preparation systems.

ABS and Brake Assist with Emergency Braking Preparation Integration Test: ABS coordinates with brake assist with emergency braking preparation systems to optimize braking strategies and prepare the vehicle for emergency braking situations, enhancing overall safety and responsiveness.

Verify ABS functionality during brake testing with vehicles equipped with brake assist with obstacle avoidance systems.

ABS and Brake Assist with Obstacle Avoidance Integration Test: ABS collaborates with brake assist with obstacle avoidance systems to optimize braking strategies and assist with avoiding collisions with obstacles, enhancing overall safety and collision avoidance capabilities.

Evaluate ABS performance during emergency braking on gravel with potholes and mud patches.

Gravel with Potholes and Mud Patches Emergency Braking Test: The ABS system effectively prevents wheel lock-up and skidding during emergency braking on gravel roads with potholes and mud patches, maintaining vehicle stability and control.

Test ABS response during brake testing with vehicles equipped with brake assist with evasive steering assist systems.

ABS and Brake Assist with Evasive Steering Assist Integration Test: ABS coordinates with brake assist with evasive steering assist systems to optimize braking and steering coordination during evasive maneuvers, enhancing overall safety and control.

Verify ABS functionality during brake testing with vehicles equipped with brake assist with curve speed reduction systems.

ABS and Brake Assist with Curve Speed Reduction Integration Test: ABS collaborates with brake assist with curve speed reduction systems to optimize braking strategies and assist with reducing vehicle speed in curves, enhancing overall safety and control.

Evaluate ABS performance during emergency braking on gravel with uneven surfaces and mud patches.

Gravel with Uneven Surfaces and Mud Patches Emergency Braking Test: The ABS system effectively prevents wheel lock-up and skidding during emergency braking on gravel roads with uneven surfaces and mud patches, maintaining vehicle stability and control.

Test ABS response during brake testing with vehicles equipped with brake assist with curve speed adjustment systems.

ABS and Brake Assist with Curve Speed Adjustment Integration Test: ABS coordinates with brake assist with curve speed adjustment systems to optimize braking strategies and assist with adjusting vehicle speed in curves, enhancing overall safety and control.

Verify ABS functionality during brake testing with vehicles equipped with brake assist with lane centering systems.

ABS and Brake Assist with Lane Centering Integration Test: ABS collaborates with brake assist with lane centering systems to optimize braking strategies and assist with maintaining vehicle position within lane boundaries, enhancing overall safety and control.

Evaluate ABS performance during emergency braking on gravel with potholes and loose gravel.

Gravel with Potholes and Loose Gravel Emergency Braking Test: The ABS system effectively prevents wheel lock-up and skidding during emergency braking on gravel roads with potholes and loose gravel, maintaining vehicle stability and control.

Test ABS response during brake testing with vehicles equipped with brake assist with traffic sign recognition systems.

ABS and Brake Assist with Traffic Sign Recognition Integration Test: ABS coordinates with brake assist with traffic sign recognition systems to optimize braking strategies and assist with responding to traffic signs and signals, enhancing overall safety and compliance.

Verify ABS functionality during brake testing with vehicles equipped with brake assist with automated emergency steering systems.

ABS and Brake Assist with Automated Emergency Steering Integration Test: ABS collaborates with brake assist with automated emergency steering systems to optimize braking and steering coordination during automated emergency maneuvers, enhancing overall safety and control.

Evaluate ABS performance during emergency braking on gravel with potholes and loose stones.

Gravel with Potholes and Loose Stones Emergency Braking Test: The ABS system effectively prevents wheel lock-up and skidding during emergency braking on gravel roads with potholes and loose stones, maintaining vehicle stability and control.

Test ABS response during brake testing with vehicles equipped with brake assist with road condition detection systems.

ABS and Brake Assist with Road Condition Detection Integration Test: ABS coordinates with brake assist with road condition detection systems to optimize braking strategies and adapt to changing road conditions, enhancing overall safety and control.

Verify ABS functionality during brake testing with vehicles equipped with brake assist with emergency lane-keeping systems.

ABS and Brake Assist with Emergency Lane-Keeping Integration Test: ABS collaborates with brake assist with emergency lane-keeping systems to optimize braking strategies and assist with emergency lane-keeping maneuvers, enhancing overall safety and control.

Drive a car equipped with ABS on a wet road with a simulated obstacle ahead. Apply the brakes firmly while attempting to steer around the obstacle.

The ABS system should activate and prevent the wheels from locking up, allowing the driver to maintain steering control and successfully maneuver around the obstacle while braking.

Drive a vehicle with ABS on a dry road and perform a sudden lane change maneuver at a high speed. Apply the brakes immediately after changing lanes.

The ABS system should activate and modulate the brake pressure on each wheel individually, preventing the wheels from locking up and ensuring stability during the lane change, allowing the driver to maintain control of the vehicle.

Drive a car with ABS on a road with significant bumps or potholes and perform sudden braking.

The ABS system should activate and prevent the wheels from locking up, ensuring that the vehicle maintains stability and control even when encountering bumps or uneven during braking.

Drive a vehicle equipped with ABS while towing a heavy trailer and perform sudden braking to simulate an emergency situation.

The ABS system should activate and prevent the wheels from locking up, allowing the driver to maintain control of the vehicle and trailer combination while braking, preventing skidding or jackknifing.

Drive a car with ABS and simulate a tire blowout by intentionally deflating one of the tires while at a moderate speed. Apply the brakes immediately after the blowout.

The ABS system should activate and modulate the brake pressure on the remaining tires, compensating for the loss of traction due to the blown-out tire, and allowing the driver to maintain control of the vehicle while coming to a safe stop.

Drive a car equipped with ABS on a snowy road and perform sudden braking while going downhill.

The ABS system should activate and prevent the wheels from locking up, allowing the driver to maintain control and stability while safely reducing the speed on the slippery surface.

Drive a vehicle with ABS on a gravel road with loose surface and perform emergency braking.

The ABS system should activate and modulate the brake pressure to prevent wheel-up, ensuring the vehicle maintains stability and control while coming to a stop on the loose gravel surface.

Drive a car with ABS on a high-speed highway and encounter a sudden obstacle. Apply emergency braking while swerving to avoid the obstacle.

The ABS system should activate and prevent wheel lock-up, allowing the driver to maintain steering control while rapidly decelerating to avoid the obstacle.

Drive a vehicle equipped with ABS on a wet road and perform a quick of hard braking and acceleration maneuvers.

The ABS system should activate during hard braking to prevent wheel lock-up and maintain stability, and quickly disengage during acceleration to allow maximum traction and acceleration without interference.

Drive a car with ABS on a slippery surface, such as ice or oil spill, and perform a controlled skid. Apply the brakes to regain control.

The ABS system should activate and modulate brake pressure on each wheel to assist in regaining control of the vehicle during skid, preventing wheel lock-up and allowing the driver to steer out of the skid.

Drive a car equipped with ABS on a wet road and encounter a sudden patch of black ice. Apply the brakes to slow down and maintain control.

The ABS system should activate and prevent wheel lock-up, allowing the driver to maintain control and stability while reducing speed on the slippery black ice surface.

Drive a vehicle with ABS on a muddy off-road trail and perform sudden braking while navigating a steep downhill slope.

ABS system should activate and modulate the brake pressure to prevent wheel lock-up, ensuring the vehicle maintains stability and control while descending the muddy slope.

Drive a car with ABS on a sandy beach and perform emergency braking to avoid colliding with a stationary object.

The ABS system should activate and prevent wheel lock-up, allowing the driver to maintain control and effectively reduce speed on the sandy surface to avoid the collision.

Drive a vehicle equipped with ABS on a mountain road and encounter a sudden sharp turn. Apply the brakes while steering to safely navigate the turn.

The ABS system should activate and modulate the brake pressure on each wheel individually, allowing the driver to maintain control and stability while braking and steering through the sharp turn.

Drive a car with ABS on a partially flooded road and perform emergency braking to avoid hydroplaning.

The ABS system should activate and prevent wheel lock-up, assisting in maintaining traction and control on the wet surface to avoid hydroplaning while decelerating.

Drive a car equipped with ABS on a gravel road and encounter a sudden animal crossing. Apply emergency braking while trying to swerve around the animal.

The ABS system should activate and prevent wheel lock-up, allowing the driver to maintain control while rapidly decelerating and swerving to avoid the animal on the loose gravel surface.

Drive a vehicle with ABS on a city street and encounter a pedestrian unexpectedly running into the road. Apply emergency to avoid a collision.

The ABS system should activate and prevent wheel lock-up, enabling the driver to maintain control while rapidly decelerating and stopping to avoid colliding with the pedestrian.

Drive a car with ABS on a winding mountain road and encounter a sudden obstacle around a blind corner. Apply emergency braking while maneuvering around the obstacle.

The ABS system should activate and prevent wheel lock-up, allowing the driver to maintain control and stability while quickly decelerating and maneuver around the obstacle on the twisty mountain road.

Drive a vehicle equipped with ABS on a construction site with loose gravel and debris. Perform sudden braking to avoid hitting construction equipment.

The ABS system should activate and modulate brake pressure to prevent wheel lock-up, ensuring stability and control while effectively reducing speed to avoid colliding with the construction equipment on the loose gravel surface.

Drive a car with ABS on a wet road and encounter a sudden oil spill. the brakes to slow down and maintain control.

The ABS system should activate and prevent wheel lock-up, assisting the driver in maintaining control and stability while reducing speed on the slippery oil spill surface.

Drive a car equipped with ABS on a snowy mountain road and encounter a sudden avalanche. Apply emergency braking to come to a stop and avoid being swept away.

The ABS system should activate and prevent wheel lock-up, allowing the driver to maintain control and stability while rapidly decelerating to a stop, helping to avoid being swept away by the avalanche.

Drive a vehicle with ABS on a muddy field and perform sudden braking while towing a load.

The ABS system should activate and modulate the brake pressure to prevent wheel lock-up, ensuring the vehicle maintains stability and control while coming to a stop with the heavy load on the muddy field.

Drive a car with ABS on a sandy desert dune and perform emergency braking to avoid colliding with another vehicle.

The ABS system should activate and prevent wheel lock-up, allowing the driver to maintain control and effectively reduce speed on the sandy surface to avoid the collision on the dune.

Drive a vehicle equipped with ABS on a winding coastal road and encounter a sudden strong crosswind. Apply the brakes while maintaining control of the vehicle.

The ABS system should activate and modulate the brake pressure on each wheel individually, allowing the driver to maintain control and stability while braking and dealing with the strong crosswind on the coastal road.

Drive a car with ABS on a flooded street and perform emergency braking to avoid hitting a submerged object

The ABS system should activate and prevent wheel lock-up, assisting in maintaining traction and control on the flooded surface to avoid hitting the submerged object while decelerating.

Brake gently while driving over a patch of wet metal bridges.

ABS should not engage unnecessarily, allowing the vehicle to maintain traction on the wet surface.

Brake gently while driving over a patch of wet metal surfaces with ice.

ABS should not engage unnecessarily, allowing the vehicle to maintain traction on the wet surface.

Brake suddenly when a car suddenly brakes to avoid hitting a cyclist.

ABS should engage to prevent wheel lock-up and allow for emergency braking without skidding.

Brake gently while driving over a patch of wet metal surfaces with ice.

ABS should not engage unnecessarily, allowing the vehicle to maintain traction on the wet surface.

Brake suddenly when a car suddenly brakes to avoid hitting a cyclist.

ABS should engage to prevent wheel lock-up and allow for emergency braking without skidding.

Brake gently while driving over a patch of wet metal surfaces with grease.

ABS should not engage unnecessarily, allowing the vehicle to maintain traction on the wet surface.