Driver injury measures indicate the possibility of a fractured pelvis, but all other measures are low.
Not exact matches
Driver — In both tests,
measures taken from the dummy indicate a low risk of any significant
injuries in a crash of this severity.
Driver —
Measures taken from the dummy indicate a low risk of any significant
injuries in a crash of this severity.
Volvo's available Intellisafe safety suite includes a multitude of
driver aids, including collision mitigation with auto braking, adaptive cruise control, steering assist, lane - keep assist, blind - spot warning, and run off - road mitigation, which senses if the car has left the road, and takes
measures to slow and steer back onto the road, or if the car gets airborne, there's an energy - absorbing function incorporated into the seats to help reduce the likelihood of spine
injury upon landing.
Driver — In the test of the 2009 model,
measures taken from the dummy indicate a low risk of any significant
injuries in a crash of this severity.
Intrusion into the
driver's space was minimal, and all leg and foot
injury measures were low.
Injury measures recorded on two dummies, one in the
driver seat and the other in the rear seat behind the
driver, are used to determine the likelihood that the
driver and / or passenger in a real - world crash would have sustained serious
injury to various body regions.
The three factors evaluated in the Institute's side impact test —
driver and passenger
injury measures, head protection, and structural performance — determine each vehicle's overall side crashworthiness evaluation.
These
measures are used to determine the likelihood that a
driver and / or passenger would have sustained serious
injury to various body regions.
Driver —
Measures taken from the dummy indicate that serious skull fracture and / or brain
injuries would be possible in a crash of this severity, as well as rib fractures and / or internal organ
injuries.
In the side impact test for both models,
measures taken from both the
driver dummy and the passenger dummy seated in the rear seat indicated low risk of significant
injuries in a real - world crash like this one.
Injury measures obtained from the two dummies, one in the
driver seat and the other in the back seat behind the
driver, are used to determine the likelihood that a
driver and / or passenger in a real - world crash would have sustained serious
injury to various parts of the body.
However,
injury measures recorded on the
driver dummy indicate the possibility of rib fractures and internal organ
injuries in real - world crashes of similar severity.
Injury measures obtained from the 2 dummies, one in the
driver seat and the other in the back seat behind the
driver, are used to determine the likelihood that a
driver and / or passenger in a similar real - world crash would sustain serious
injury to various parts of the body.
Intrusion into the
driver's space was minimal, and all leg and foot
injury measures were low in the second test.
The Institute downgraded the Smart's structural rating from good to acceptable, but the opening didn't appear to affect dummy movement during the test, and
injury measures on the
driver dummy were low.
A vehicle's overall evaluation is based on measurements of intrusion into the occupant compartment,
injury measures recorded on a Hybrid III dummy in the
driver seat, and analysis of slow - motion film to assess how well the restraint system controlled dummy movement during the test.
The structure of the older Elantra allowed a lot of intrusion into the occupant compartment, and
driver dummy
injury measures indicated that rib fractures, internal organ
injuries, and a broken left leg would be possible in a real - world crash.
Driver —
Measures taken from the dummy indicate that head
injuries would be possible in a crash of this severity.
Driver —
Measures taken from the dummy indicate that rib fractures and / or internal organ
injuries would be likely in a crash of this severity.
Driver —
Measures from the dummies in the two tests, taken together, indicate that rib fractures and / or internal organ
injuries would be possible in a crash of this severity.
«If a vehicle's front - end structure absorbs and manages the crash energy so the occupant compartment remains largely intact, with little or no intrusion into the
driver's space, then the dummy's movement can be controlled, and
injury measures are likely to be low.
Driver —
Measures taken from the dummy indicate that rib fractures and / or internal organ
injuries plus a left femur fracture would be possible in a crash of this severity.
«The optional curtain did a good job of keeping
injury measures on the heads of the dummies low, but torso
injury measures for the
driver dummy were high.
Driver —
Measures taken from the dummy indicate that serious skull fracture and / or brain
injuries would be likely in a crash of this severity.
Intrusion into the
driver footwell area contributed to high
injury measures on the dummy's lower right leg, indicating the likelihood of
injury.
Driver —
Measures taken from the dummy indicate that serious head
injuries would be possible in a crash of this severity.
The
injury ratings for the
driver are based on just the second test;
measures for the
driver in the first test were not obtained because of equipment failure.
The side airbag for the
driver did a good job of protecting the dummy's head, but there was major intrusion into the occupant compartment and high
injury measures on the dummy's torso and pelvis.
«The optional curtain airbag did a good job of reducing the
injury measures recorded on the dummies» heads, but the torso
injury measures for the
driver dummy were too high and there was too much intrusion,» O'Neill points out.
These
measures are used to determine the likelihood that the
driver and / or passenger would have sustained serious
injury to various body regions.
«Even though the head
injury measures on the
driver dummy in the Saturn weren't high, head contact with intruding objects should be prevented.
In the Institute's test,
injury measures recorded on crash test dummies in the
driver seat and rear passenger seat were low in every category.
Driver — The dummy's head was hit by the intruding barrier, producing moderately high head
injury measures.
Driver —
Measures taken from the dummy indicate that rib fractures and / or internal organ
injuries as well as a fracture of the pelvis would be likely in a crash of this severity.
Despite moderate intrusion into the
driver footwell area, all leg and foot
injury measures were low.
The
injury and head protection ratings for the
driver are based on just the second test;
measures for the
driver in the first test were not used because the seating procedure was not comparable to other tested vehicles.
Despite moderate intrusion into the
driver footwell area,
injury measures on the legs and feet were low.
The
driver dummy's head was struck by the barrier in the 300 without side airbags, although this did not produce high head
injury measures.
Injury
measures taken from
driver dummies in both tests indicate high risk of life - threatening
injuries.
Each vehicle's overall evaluation is based on three aspects of performance — measurements of intrusion into the occupant compartment,
injury measures from a Hybrid III dummy positioned in the
driver seat, and analysis of slow - motion film to assess how well the restraint system controlled dummy movement during the test.
Their occupant compartments held up well, and all
measures recorded on the
driver dummies were low, indicating that significant
injuries would be unlikely.
The side structure of the old model was poor, and
measures recorded on the
driver dummy indicated that a person in a real - world crash of this severity could sustain rib fractures, internal organ
injuries, and a fractured pelvis.
All
injury measures recorded on the
driver dummy were low, but forces recorded on the rear passenger dummy indicated the possibility of rib fractures or internal organ
injuries.
Intrusion into the
driver's space was minimal to moderate, and all leg and foot
injury measures were low.
Each vehicle's overall evaluation is based on measurements of intrusion into the occupant compartment,
injury measures recorded on a Hybrid III dummy in the
driver seat, and analysis of slow - motion film to assess how well the restraint system controlled dummy movement during the test.
Injury measures obtained from the two dummies, one in the
driver seat and the other in the rear seat behind the
driver, are used to determine the likelihood that the
driver and / or passenger in a real - world crash would have sustained serious
injury to various body regions.
Injury measures obtained from the two dummies, one in the
driver seat and the other in the rear seat behind the
driver, are used to determine the likelihood that a
driver and / or passenger in a real - world crash would have sustained serious
injury to various body regions.
«If a car's front - end structure absorbs and manages the crash energy so the occupant compartment remains largely intact, with little or no intrusion into the
driver's space, then the dummy's movement is likely to be controlled, and
injury measures are likely to be low.
Each vehicle's overall evaluation is based on measurements of intrusion into the occupant compartment,
injury measures from a Hybrid III dummy in the
driver seat, and analysis of slow - motion film to assess how well the restraint system controlled dummy movement during the test.