Euro NCAP

See the safety results of the Toyota Corolla Cross by Euro NCAP

Results
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5.0 10 Clean Air Index
5.6 10 Energy Efficiency Index
4.3 10 Greenhouse Gas Index
Laboratory Tests NMHC NOX NH3 CO PN
6.310 Cold Test
7.510 Warm Test
0.010 Highway
Cold Ambient Test Does not qualify for additional robustness testing
Road Test
6.410 On-Road Drive
2.65 On-Road Short Trip
On-Road Heavy Load Does not qualify for additional robustness testing
On-Road Light Load Does not qualify for additional robustness testing
Congestion Does not qualify for additional robustness testing
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  • n.a.
  • good
  • adequate
  • marginal
  • weak
  • poor

Comments

The 145 kW HEV version of the Toyota Corolla Cross shows satisfactory performance of its exhaust aftertreatment system in the Cold and Warm Lab Tests, as well as in the On-road. However, a gross exceedance of CO emissions in the Highway Test prevents the vehicle from scoring a better result. The Toyota could have achieved a higher score with further particle number reduction and improved emissions control during high load situations like the full power demand accelerations in the Highway Test.

Laboratory Tests Energy
7.010 Cold Test
7.110 Warm Test
2.810 Highway
Cold Ambient Test Does not qualify for additional robustness testing
Consumption Driving Range
Average 5.9l100 km 785km
Worst-Case 8.1l100 km 529km
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  • n.a.
  • good
  • adequate
  • marginal
  • weak
  • poor

Comments

Despite being a SUV, the Corolla Cross makes good use of the efficiency potential of the hybrid electric powertrain with its naturally aspirated gasoline engine. The results make evident that the hybrid is best prepared for driving cycles with lower speeds and a lot of stop-and-go traffic – the Cold Lab Test requires 4.8 l/100 km and the real-world On-road Drive confirmed the value. The Highway Test, however, reveals high consumption of 8.1 l/100 km, mainly due to the SUV body type and the reduced potential of the hybrid system to save energy under high speed conditions.

Greenhouse Gases CO2 N2O CH4
6.110 Cold Test
6.310 Warm Test
0.710 Highway
Cold Ambient Test Does not qualify for additional robustness testing
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  • n.a.
  • good
  • adequate
  • marginal
  • weak
  • poor

Comments

The Greenhouse Gas Index is based on a Well-to-Wheel+ approach. Methane and laughing gas (N2O) emissions are kept at close to zero levels and the car receives the foreseen bonus points. In the standard WLTC+ Lab Tests, about 105‑108 g CO2/km are measured at the tailpipe, less than the officially declared figure of 115 g/km. With the addition of some 28 g/km from petrol production and supply, the total CO2‑equivalent emissions rise to approx. 132‑136 g/km. In the Highway Test the total figure is 231 g CO2‑eq./km, due to significantly higher fuel consumption.

Our verdict

Here, Green NCAP tested the 2023 model of the Toyota Corolla Cross Hybrid with a 2.0 litre naturally aspirated gasoline engine, electric traction motor and automatic transmission (CVT). This is a mid-sized SUV targeting the buyers who look for high everyday comfort and functionality but still wanting a reasonably sized car. Because of that, this powertrain seems a very good choice, demonstrating good fuel consumption values in mixed driving cycles - under 5 l/100 km. However, motorway driving with higher speeds significantly increases the consumption figures. The performance of the exhaust aftertreatment system could be improved with focus on CO-emissions during high load situations and particle number emissions in short trips with cold engine start. The emitted greenhouse gases are not unusual for a vehicle of such configuration and cap the overall achievement, awarding the Corolla Cross Hybrid the fair result of 2½ Green Stars with an Average Score of 49%.

Specifications

  • Tested Car JTNABACB00J00XXXX
  • Publication Date 03 2024
  • Vehicle Class Small SUV
  • Emissions Class Euro 6d AP
  • Tyres 225/50 R18
  • Mass 1,470 kg
  • Engine Size 1,987 cc
  • Power/Torque 145 kW/190 Nm
  • Declared CO2 115 g/km
  • Declared Consumption 5.1 l/100 km
  • Heating Concept Waste heat