Toyota Safety Sense ...Because You Deserve To Arrive Safe
Toyota Safety Sense has been designed to provide drivers with advance safety system technologies to assist with minimizing vehicle accidents. Toyota Safety Sense is now standard across all of our new Toyota models.
Toyota's Pre-Collision System technology helps avoid or reduce the impact speed and damage in certain frontal collision with other vehicles.
How Pre-Collision System Works
Step 1. Vehicle detects another vehicle
Step 2. Vehicle will display 
on the dash
Step 3. If driver does not press brake, vehicle will provide additional braking force during emergency braking
Lane Departure Alert (LDA) Alerts you if you start to drift out of your lane when visible lane markings are detected on a relatively straight road.
How Lane Departure Alert Works
Step 1. Painted Lines are detected on side of the road
Step 2. Nothing will light up if within lines
Step 3. When crossing a line, display will highlight the painted lines you're going over
Designed to detect oncoming vehicles’ lights and depending upon the circumstances, AHB can switch between high and low beams for you.
How Automatic High Beams Work
Step 1. Make sure your automatic high beam button has been activated (lower left of steering wheel)
Step 2. Turn on high beam lights
Step 3. Your vehicle will detect oncoming traffic and automatically lower your high beams until the vehicle has passed and will turn back to high.
Provides collision avoidance or damage mitigation support in speed ranges in which frontal collisions are likely to occur. In certain conditions, the Pre-Collision System with Pedestrian Detection may also help to detect pedestrians and help prevent or mitigate a collision.
How Pre-Collision System Works
Step 1. Vehicle detects another vehicle or pedestrian
Step 2. Vehicle will display on the dash
Step 3. If driver does not press brake, vehicle will provide additional braking force during emergency braking
Lane Departure Alert (LDA) Alerts you if you start to drift out of your lane when visible lane markings are detected.
How Lane Departure Alert Works
Step 1. Painted Lines are detected on side of the road
Step 2. Nothing will light up if within lines
Step 3. When crossing a line, display will highlight the painted lines you're going over
Designed to detect oncoming vehicles’ lights and depending upon the circumstances, AHB can switch between high and low beams for you.
How Automatic High Beams Work
Step 1. Make sure your automatic high beam button has been activated (lower left of steering wheel)
Step 2. Turn on high beam lights
Step 3. Your vehicle will detect oncoming traffic and automatically lower your high beams until the vehicle has passed and will turn back to high.
Provides collision avoidance or damage mitigation support in speed ranges in which frontal collisions are likely to occur. With the TSS 2.0 your pre-collision system can detect vehicles, pedestrians and bicycles during the day and can detect vehicles, pedestrians at night.
How The Pre-Collision System Works
Step 1. Vehicle detects another vehicle, pedestrian or bicyclist
Step 2. Vehicle will display on the dash
Step 3. If driver does not press brake, vehicle will provide additional braking force during emergency braking
Designed to detect oncoming vehicles’ lights and depending upon the circumstances, AHB can switch between high and low beams for you.
How Automatic High Beams Work
Step 1. Make sure your automatic high beam button has been activated (lower left of steering wheel)
Step 2. Turn on high beam lights
Step 3. Your vehicle will detect oncoming traffic and automatically lower your high beams until the vehicle has passed and will turn back to high.
Using forward sensing radar technology, DRCC can automatically adjust vehicle speed to help maintain a pre-set following distance between you and the vehicle directly in front of you.
How Full-Speed Dynamic Radar Cruise Control Works
The camera and millimeter wave radar has been improved to detect a preceding bicycle in the daytime and pedestrians in low-light conditions. Other enhancements include intersection support, which may detect oncoming vehicle or pedestrian when performing a turn, as well as emergency steering assists, which will stabilize the drivers emergency steering maneuvers within their lane.
How The Pre-Collision System Works
Step 1. Vehicle detects another vehicle, pedestrian or bicyclist
Step 2. Vehicle will display on the dash
Step 3. If driver does not press brake, vehicle will provide additional braking force during emergency braking
Designed to detect oncoming vehicles’ lights and depending upon the circumstances, AHB can switch between high and low beams for you.
How Automatic High Beams Work
Step 1. Make sure your automatic high beam button has been activated (lower left of steering wheel)
Step 2. Turn on high beam lights
Step 3. Your vehicle will detect oncoming traffic and automatically lower your high beams until the vehicle has passed and will turn back to high.
Using forward sensing radar technology, DRCC can automatically adjust vehicle speed to help maintain a pre-set following distance between you and the vehicle directly in front of you. The new 2.5+ enhanced version includes curve speed management and will slow your vehicle to the appropriate speed when going around curves.
How Full-Speed Dynamic Radar Cruise Control Works