- With standard equipment
- With safety pack
Find more information in the General Comments section of the assessment
Find more information in the Rating Validity tab of the assessment
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85% -
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86% -
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86% -
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79%
- Good
- Adequate
- Marginal
- Weak
- Poor
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Mobile Progressive Deformable Barrier![]()
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Full Width Rigid Barrier
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Side Mobile Barrier
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Side Pole
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Far-Side Excursion
Occupant Interaction![]()
Occupant Interaction
Rear Seat
Front Seat
| Rescue Sheet |
Available, ISO compliant
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| Advanced eCall | Available | |||
| Multi Collision Brake | Available | |||
| Submergence Check | Compliant | |||
- Good
- Adequate
- Marginal
- Weak
- Poor
Passenger
outboard
center
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Fitted to the vehicle as standard![]()
Not fitted to the test vehicle but available as option![]()
Not Available
i-Size
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Easy![]()
Difficult![]()
Safety critical![]()
Not allowed-
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Airbag ON
Rearward facing restraint installation not allowed
Difficult
Safety critical
Airbag ON
Isofix
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Easy![]()
Difficult![]()
Safety critical![]()
Not allowed-
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Airbag ON
Rearward facing restraint installation not allowed
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Easy![]()
Difficult![]()
Safety critical![]()
Not allowed-
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Airbag ON
Rearward facing restraint installation not allowed
In both the frontal offset and side barrier tests, good protection was provided to all critical body areas for both child dummies, and the Toyota C-HR scored maximum points in this part of the assessment. The front passenger airbag can be disabled to allow a rearward-facing child restraint to be used in that seating position. Clear information is provided to the driver regarding the status of the airbag and the system was rewarded. The C-HR is equipped with 'child presence detection', a system which issues a warning when it recognises that a child or infant has been left in the car. All of the child restraint types for which the C-HR is designed could be properly installed and accommodated in the car.
- Good
- Adequate
- Marginal
- Weak
- Poor
Pedestrian & Cyclist Head 12.3 Pts
Pelvis 4.5 Pts
Femur 4.5 Pts
Knee & Tibia 9.0 Pts
| System Name | Pre-Collision System with Pedestrian Detection as part of Toyota Safety Sense | ||
| Type | Auto-Brake with Forward Collision Warning | ||
| Operational From | 50 km/h | ||
| PERFORMANCE | | |||
Protection of the head of a struck pedestrian or cyclist was predominantly good or adequate, with poor results recorded only on the stiff windscreen pillars. Protection of the pelvis, femur and the knee and tibia was good across the whole width of the car and the C-HR scored maximum points in this part of the assessment. The autonomous emergency braking (AEB) system of the Toyota can respond to vulnerable road users as well as to other vehicles. In tests of its reaction to pedestrians, performance was adequate and was good when tested in cyclist scenarios. Similarly, the AEB system performed well in all tests of its response to motorcyclists and the lane support function also performed well in this regard.
- Good
- Adequate
- Marginal
- Weak
- Poor
| System Name | Road Sign Assist with Speed Limiter |
| Speed Limit Information Function | Camera & Map, subsigns supported |
| Speed Control Function | Intelligent ACC (accurate to 5km/h) |
| Applies To | Front and rear seats | ||
| Warning | Driver Seat | Front Passenger(s) | Rear Passenger(s) |
| Visual | |
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| Audible | |
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| Occupant Detection |  |
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| System Name | Driver Monitor |
| Type | Indirect monitoring |
| Operational From | 30 km/h |
| Fatigue | Drowsiness |
| System Name | Lane Tracing Assist (LTA) |
| Type | LKA and ELK |
| Operational From | 50 km/h |
| Performance | |
| Emergency Lane Keeping | |
| Lane Keep Assist | |
| Human Machine Interface | |
| System Name | Pre-Collision System | |||
| Type | Autonomous emergency braking and forward collision warning | |||
| Operational From | 5 km/h | |||
| Sensor Used | Camera and Radar | |||
Overall, the autonomous emergency braking (AEB) system of the Toyota C-HR performed very well in tests of its reaction to other vehicles, including in the head-on test scenarios. In Euro NCAP’s tests, collisions were avoided in almost all scenarios. A seatbelt reminder system is fitted as standard to the front and rear seats but the driver status monitoring system did not score highly, detecting only driver fatigue, not distraction. The lane support system gently corrects the vehicle’s path if it is drifting out of lane and also intervenes in some more critical situations. The speed assistance system identifies the local speed limit, and the driver can choose to allow the limiter to be set automatically by the system.
- Specifications
- Safety Equipment
- Videos
- Rating Validity
Specifications
Tested Model New Toyota C-HR
Body Type - 5 door SUV
Year Of Publication 2024
Kerb Weight 1463kg
VIN From Which Rating Applies - all C-HRs
Class Small SUV
Safety Equipment
Note: Other equipment may be available on the vehicle but was not considered in the test year.
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Fitted to the vehicle as standard![]()
Fitted to the vehicle as part of the safety pack![]()
Not fitted to the test vehicle but available as option or as part of the safety pack![]()
Not available![]()
Not applicable
Fitted to the vehicle as part of the safety packVideos
Rating Validity
Variants of Model Range
| Body Type | Engine & Transmission | Model Name/Code | Drivetrain | Rating Applies | |
|---|---|---|---|---|---|
| LHD | RHD | ||||
| 5 door SUV | 1.8L Hybrid | Toyota C-HR Hybrid 140* | 4 x 2 |  |
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| 5 door SUV | 2.0L Hybrid | Toyota C-HR Hybrid 200 | 4 x 2 | |
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| 5 door SUV | 2.0L Hybrid AWD-i | Toyota C-HR Hybrid 200 AWD-i | 4 x 4 | |
|
* Tested variant
Find more information in the General Comments section of the assessment
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The passenger compartment of the C-HR remained stable in the frontal offset test. Dummy numbers showed good protection of the knees and femurs of both the driver and passenger. Toyota showed that a similar level of protection would be provided to occupants of different sizes and to those sitting in different positions. Dummy readings of compression indicated marginal protection for the driver’s chest. All other critical body regions were well or adequately protected, for both driver and passenger. Analysis of the deceleration of the impact trolley during the test, and of the deformable barrier after the test, revealed that the C-HR would be a benign impact partner in a frontal collision. In the full-width rigid barrier test, protection of protection of the chest was rated as marginal both for the driver and the rear passenger. Moreover, post-test analysis revealed that the abdomen of the rear passenger dummy had slipped underneath the lap section of the seatbelt, a phenomenon known as ‘submarining’. A penalty was applied and protection of this body region rated as poor. In both the side barrier test and the more severe side pole impact, dummy readings indicated good protection of all critical body areas and the C-HR scored maximum points in this part of the assessment. Control of excursion (the extent to which a body is thrown to the other side of the vehicle when it is hit from the far side) was adequate. The C-HR has a centre airbag mounted on the driver’s seat to mitigate against occupant to occupant injuries in such impacts. Dummy numbers were good in Euro NCAP's test, with equal protection to the front driver and passenger. Tests on the front seats and head restraints demonstrated good protection against whiplash injuries in the event of a rear-end collision. A geometric analysis of the rear seats also indicated good whiplash protection. The C-HR has an advanced eCall system which alerts the emergency services in the event of a crash. The car also has a system which applies the brakes after an impact, to avoid secondary collisions. Toyota demonstrated that if the car entered water the doors, if locked, could be opened within two minutes of power being lost and that electric windows would remain functional long enough to allow occupants to escape.