An Intelligent Regenerative Braking system partially recharges the battery
during vehicle braking.
The Hybrid uses Infiniti's Direct Response Hybrid system with a compact Lithium - ion battery and an Intelligent Regenerative Braking system that partially recharges the battery
during vehicle braking.
Not exact matches
During FP1 Tom Coronel went off the circuit with a
brake problem and crashed straight into a recovery
vehicle.
«Electric and fuel cell
vehicles, already implement regenerative
braking in order to store the energy produced
during braking for start - up, so why would trains not be able to do so?»
They've created a device, which straps onto your knees, that can harvest energy from your stride the same way hybrid electric
vehicles recycle power
during braking.
These new trucks — which employ a diesel combustion engine along with a hydraulic high - pressure accumulator that stores energy captured
during braking — get 35 percent better fuel economy and generate as much as 30 percent fewer greenhouse gas emissions as compared to the non-hybrid diesel - powered
vehicles they are replacing.
The instrument cluster on the affected
vehicles fails to illuminate the
BRAKE warning lamp in the instrument cluster
during the
vehicle start up bulb - function check.
Firstly, you would only hear «tyre squeal» if the
vehicle is losing (or at least scrabbling for) grip
during the
braking period.
Without the
BRAKE lamp illuminating during the vehicle start up bulb - function check, the driver has no confirmation that the lamp is working and therefore may not know whether or not the lamp will illuminate if the brake fluid level is
BRAKE lamp illuminating
during the
vehicle start up bulb - function check, the driver has no confirmation that the lamp is working and therefore may not know whether or not the lamp will illuminate if the
brake fluid level is
brake fluid level is low.
The adaptive lights warn other
vehicles by flashing rapidly in the event the driver has to stop suddenly from speeds above 30 mph or
during emergency
braking.
Stripping threads can make it so your caliper may come loose
during operation, killing your ability to
brake the
vehicle safely, and ending up hurting most likely your
vehicle, but also you, your passengers, and whomever may get in your way.
During difficult
braking situations, the four - wheel disc antilock
brake system determines when to apply the
brakes to one or more wheels to help keep you and your
vehicle secure in low - traction situations or in panic stops.
From Electronic Brake - pressure Distribution (EBD), which helps maintain appropriate stopping power
during a hard -
braking situation, to Electronic Stability Control (ESC), which can adjust engine throttle and apply corrective forces to the wheels that need them most, there are in total seven stability - enhancing systems to help you maintain control of your
vehicle.
VCM allows the regenerative
braking system to reclaim as much energy as possible
during deceleration, while also allowing the electric motor to propel the
vehicle in certain steady cruising situations.
Anti-lock Brake Systems (ABS) work to prevent a
vehicle's
brakes from locking up
during hard
braking.
the
vehicle went in for 5000 mile service with a request to check the
brakes because a significant
braking vibration had developed
during extended downhill
braking.
The primary purpose of
brake assist is to provide supplementary
brake force to assist a driver who can not generate a large
brake force
during emergency
braking, thus helping ensure the
braking performance of the
vehicle.
The Cadillac coil springs help to stabilize the
vehicle during cornering and
braking as well, controlling the shifting of
vehicle weight as these maneuvers are performed.
Designed to make the
vehicle even more agile, the system can apply finely - metered
braking to the inner wheels to mitigate understeer
during corner entry, helping the driver to keep the
vehicle on the ideal line through a turn2.
Safety features on the E-Class include Active Emergency Stop, which gives the driver a visual, then audible, warning before slowing to avoid a hazard; Active Brake Assist, which
brakes autonomously if necessary; Evasive Steering Assist, which helps the driver safely avoid a spin
during an emergency lane change maneuver; Pre-Safe Plus, which warns the driver behind of an impending rear - end crash; Active Blind Spot Assist, self - explanatory and Remote Parking Pilot, which allows the
vehicle to be maneuvered in and out of the garage remotely.
When the traction control function is operational, as the
vehicle's wheels tend to spin faster than the other on a straight surface, meaning not
during a turn, then the anti lock
brake system will apply
braking force to the wheel that is not in full contact with the flat surface.
On many
vehicles like your Ford Flex, there are multiple sensors and warning systems that monitor the ABS
brake system to ensure they don't lock up
during emergency
braking.
The affected
vehicles have a bracket between the
brake pedal assembly and the rod that actuates the
brakes that may fracture
during normal
brake pedal operation.
Electronic Stability Control (ESC): Applies
braking to individual wheels
during sudden turns so that drivers will not lose control of their
vehicle.
Jazz offers a full range of safety features such as G - CON safety body to enhance protection and protect the passenger cabin from omnidirectional crashes; six airbags;
Vehicle Stability Assist (VSA); Hill Start Assist (HSA); an Anti-lock
Braking System (ABS) that helps control steering
during heavy
braking with Electronic Brake Distribution (EBD); and a Multi-angle Rearview Camera with three - level views.
Another standard feature is Brake Energy Regeneration, which ensures that — as far as possible — power for the
vehicle's electrical system is generated
during braking and coasting.
These two systems are standard equipment on four - wheel drive models and use electronically computer controlled servos to automatically apply
brake pressure and throttle for smooth
vehicle response even
during extreme variations in
vehicle elevation.
We can't deny the effectiveness of the Torsen differential - equipped, manually shifted full - time transfer case, the Active TRAC traction control system that applies the
vehicle's
brakes individually to modulate power to the tires with traction, and the ABS that also functions as a Downhill Assist Control (DAC) to squeeze the
brakes for you
during off - road descent without locking up a tire.
From the driver's seat the only significant changes are to the instrumentation, with different dials showing the levels of charge or power recouped
during regenerative
braking depending on the operation mode of the
vehicle, and the single speed transmission.
If you drove
during the drum
brake era, long before disc
brakes became commonplace, you can surely appreciate a modern
vehicle's
braking ability.
Other standard safety features on the
vehicle include traction control to maximize tire grip with the road, electronic
vehicle stability and roll mitigation for maintaining the intended driving path even
during sudden maneuvers, high - beam daytime running lights to increase conspicuity, trailer sway damping for greater control of whatever you are pulling behind you, four - wheel disc
brakes for shortening stopping distance, and an anti-lock
braking system for preventing the wheels from locking up
during hard stops.
The major components of a
braking system, like pads, rotors and caliper, will need to be repaired or replaced as part of regular
brake service and maintenance
during the lifespan of a
vehicle.
«Nobody wants
brake trouble
during their road trip,» said Tony Molla, vice president of the Automotive Service Association, a Texas - based nonprofit dedicated to
vehicle maintenance.
And of course,
during the calibration, I also failed to
brake when the
vehicle ahead was slowing on two occasions, triggering the proPILOT into action warning me with a series of beeps.
Under acceleration the mild hybrid system provides up to 10kW of electric power assistance to the powertrain in «motor» mode, while in «generator» mode, the system harvests kinetic energy from the
vehicle during in - gear deceleration and
braking and uses the power to recharge the batteries.
«The brochure outlines how ABS operates and explains the improved
vehicle control provided
during braking on most road surfaces.
ABS doesn't make much difference in stopping distances on dry roads, although it can enhance
vehicle stability and allow the driver to maintain steering control
during an emergency stop, when conventional
brakes might allow wheel lockup and skidding.
ABS works with a
vehicle's normal service
brakes to decrease stopping distance and increase the control and stability of the
vehicle during hard
braking.
The 2011 Honda Accord is now equipped with
Vehicle Stability Assist (VSA) to assist the driver in maintaining control
during cornering, acceleration and sudden maneuvers by applying
braking to the right or left hand wheels as necessary and modulating the engine torque output as required.
Also used for the first time on a Nissan
vehicle is a new Active Understeer Control system, which utilizes intelligent control logic and high - response
brake actuators to
brake the inside front wheels
during cornering (as required) to increase yaw - moment.
If the
vehicle is stopped and the driver indicates a wish to remain stationary — by depressing the
brake pedal, activating the hold function, or moving the selector lever to «P» — the system increases the
brake pressure to keep the
vehicle firmly
braked during a possible rear - end collision.
Provides the typical creep function which drivers expect from an automatic transmission, allowing them to control the
vehicle confidently using the
brake during low - speed maneuvers.
With Brake Energy Regeneration, power for the
vehicle's electrical system is generated only
during braking and overrun.
Shutting off the engine when the
vehicle is stopped, to minimize idling Restarting the engine promptly when the
brake pedal is released Enabling early fuel shut - off
during vehicle deceleration Capturing
vehicle kinetic energy
during deceleration through regenerative
braking to charge the advanced nickel metal hydride battery Performing intelligent battery charging when it is most efficient The new GM Hybrid system provides additional power, when required,
during launch from the electric motor / generator.
In some cases uneven front
brake rotor wear could cause the
vehicle to vibrate and the steering wheel to shake
during braking.
• Regenerative
braking, which provides up to 15 kW of electricity to charge the battery • Providing up to 11 kW (15 hp) of electric power assistance
during acceleration • Automatic engine shut - off when the
vehicle is stopped • Aggressive fuel cut - off
during deceleration down to zero
vehicle speed, enabled by the torque smoothing provided by the motor - generator unit • Intelligent charge / discharge of the high - voltage battery.
The
brake - force distribution helps prevent wheel lockup and improves stopping power as the weight of the
vehicle shifts
during stops.
Harnessing the integration of the
vehicle's dynamic control systems, this feature limits
brake pressure on inside wheels
during cornering to help enhance control through the turn.
Electronic Stability Control (ESC) applies
braking to individual wheels
during sudden turns so that the driver will not lose control of the
vehicle.
StabiliTrak electronic stability and traction control systems monitor
vehicle speed and traction levels
during sudden driving maneuvers to help automatically adjust
braking and throttle percentages and keep the truck moving in the right direction.