Active Safety
Anti-Lock Brake System (ABS)
The ABS (Anti-lock Brake System) monitors the speed of each wheel to detect locking. When it detects sudden braking, it will release braking pressure for a moment and then provide optimum braking pressure to each wheel. By repeating this process in a short period of time, it enhances steering control during sudden stops. As a result, it will also help improve the ability of stopping the vehicle.
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Brake Assist
Studies show that nearly half of all drivers do not step on the brake quickly and strongly enough to stop the vehicle in case of an emergency. When Brake Assist detects an attempted panic stop, it supports drivers by strengthening the power.Brake Assist will detect attempted panic braking based on the force that is applied to the brake pedal and how fast the driver is stepping on the pedal.
Vehicle Stability Control
VSC checks twenty five times every second where the driver is steering the car, and the actual track the vehicle is taking. When it detects that a skid or slide is starting, it instantly applies a correction via the traction control and ABS system that will help correct the situation without further input from the driver.
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Vehicle Stability Control Plus
The VSC+ system works in a very similar way to VSC, however when it detects a skid or slide is starting, in addition to braking the appropriate wheel, VSC+ also feeds some corrective steering through to the front wheels, making it easier for the driver to take the correct action, and more difficult to apply incorrect inputs.
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Rear View Mirror with Back Monitor
The ABS (Anti-lock Brake System) monitors the speed of each wheel to detect locking. When it detects sudden braking, it will release braking pressure for a moment and then provide optimum braking pressure to each wheel. By repeating this process in a short period of time, it enhances steering control during sudden stops. As a result, it will also help improve the ability of stopping the vehicle.
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Back Guide Monitor Supports Garage Parking
When backing up the vehicle, please check your surroundings and confirm your safety. The camera installed on the rear side of the vehicle displays the view when backing into a garage.
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Head-up Display
The Head-up Display projects key vehicle information onto the windscreen enabling the driver to read it without taking their eyes off of the road. Information display includes vehicle speed; Hybrid System Indicator; Adaptive Cruise Control status; inputs from the optional Pre-Crash Safety System and on vehicles fitted with Satellite navigation, turn-by-turn and distance to exit information.
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Integrated Active Drive System
In most vehicles the various elements of stability control (including the anti-lock brakes, traction control, stability control and power steering) work independently of the 4WD torque control system. High speed electronic communication is used to link all these elements together in real time in the Integrated Active Drive System.
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Hill-Assist Control (HAC)/Downhill-Assist Control (DAC)
HAC (Hill-start Assist Control) supports drivers on steep hills, while DAC (Downhill Assist Control) supports drivers when descending slopes. There may be unexpected cases for the driver where the vehicles may slide when starting on sudden hills or slippery surfaces. HAC minimizes vehicle roll-back by controlling brake fluid pressure as the driver's foot is removed from the brake to the accelerator on such steep incline.
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Crawl Control
Automatically maintains a steady low speed by controlling both the engine output and the vehicle braking across challenging terrain. This feature is a worldwide first for Toyota.When travelling on surfaces such as rocks, sand or steep hills, Crawl Control manages the engine and brakes with no driver input so as to maintain very low and uniform speed with minimal spinning or locking of the wheels.
Multi-Terrain Monitor
Strategically placed cameras give the driver a unique 360 degree view of the surroundings and driving direction. The multi-terrain monitor guides the driver through challenging off road conditions ensuring optimised traction and working together with the steering angle display the driver has a full view of the vehicles exact surroundings and driving direction.
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Multi-Terrain ABS
An Anti-lock Braking System (ABS) that automatically detects terrain conditions and enables the optimal stopping distance to be achieved regardless of surface. The system utilises inputs from the active wheel sensors, yaw sensor and G sensor with responses being fed to the ECU so that it can ascertain the terrain type the vehicle is travelling on.
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KDSS
Advanced suspension technology that reduces the compromises sometimes necessary in an off-road vehicle, giving longer wheel articulation off-road and greater roll control on-road. Conventional Stabiliser or Anti Roll bars work when the vehicle is on-road to reduce body roll when cornering, making it both safer and more comfortable. But because they limit suspension travel they restrict the vehicle’s ability to handle off-road bumps and hollows, since once a wheel is clear of the ground it no longer contributes traction or braking effort.

Daytime Running Lights (DRL)
The daytime running light system activates the low beam headlights at a reduced intensity during daylight to keep the car highly visible to other vehicles. On some models, a dash-mounted sensor automatically switches between DRLs and the normal intensity low beams according to the lighting conditions (nighttime, tunnel, etc.).
"Irish specification Avensis feature halogen bulb daytime running lights"
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