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 |
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 |
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 |
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%.