How much fuel does a Toyota C-HR use per Litre?

In practical terms, a Toyota C-HR uses about 12 to 23 kilometres per litre of fuel, depending on the trim and driving conditions, which translates to roughly 4 to 8 litres per 100 kilometres.

The question refers to fuel efficiency expressed as distance per litre (km/L) or fuel per 100 kilometres (L/100km). Because the C-HR is offered with multiple powertrains and is sold in various markets, the exact numbers vary. The following overview summarizes typical ranges for current or recent model years across common variants.

Typical efficiency ranges by powertrain

Below are the main variants and their commonly published efficiency ranges. Figures reflect WLTP/EPA values where available and typical real-world results.

• Hybrid (usually 1.8L petrol with electric motor): about 4.2–4.8 L/100km, which corresponds to roughly 20–24 km per litre.


• 1.2L turbo petrol: about 6.0–7.5 L/100km, or around 13–17 km per litre.


• 2.0L petrol (US-market): 7.6–8.6 L/100km, equating to roughly 11–14 km per litre.

Notes: Real-world fuel economy depends on driving style, load, terrain, climate, and whether eco features (like air conditioning usage) influence the drivetrain.

How to interpret the numbers

To convert litres per 100 kilometres (L/100km) to kilometres per litre (km/L), divide 100 by the L/100km figure. Conversely, to estimate litres per 100 kilometres from kilometres per litre, divide 100 by the km/L figure.

Summary

The Toyota C-HR offers multiple powertrains with different efficiency profiles. In general, hybrids deliver about 20–24 km per litre (4.2–4.8 L/100km), while 1.2L turbo petrol variants achieve around 13–17 km per litre (6.0–7.5 L/100km), and US-spec 2.0L petrol models typically reach ~11–14 km per litre (7.6–8.6 L/100km). Real-world results vary with driving conditions and habits.

What is the range of the Toyota C-HR on a full tank?

range in a city: 1110-1230 km | 690-765 mi Calculated range on one fuel tank (43 l) and one charged battery: est. range in a city: up to 1340 km | up to 830 miles Fuel consumption (economy) results for Toyota C-HR PHEV in other scenarios (highway included): • Toyota C-HR PHEV vs.

What is the common issue with Toyota C-HR?

Common problems reported for the Toyota C-HR include issues with the CVT transmission in earlier models (2018), problems with the 12-volt battery and charging system, electrical gremlins like faulty warning lights, and paint-related concerns. Other less frequent issues include blind spot limitations, infotainment system glitches, and potential wear on interior materials.
 
You can watch this video to learn more about the common problems with Toyota C-HR: 58sReDrivenYouTube · Oct 29, 2023
Powertrain and engine 

• CVT transmission: Some 2018 models have reported noisy, grinding, or humming sounds, potentially due to a faulty final drive bearing. The fix can be expensive, as it may require replacing the entire transmission unit. 
• 12-volt battery: The 12-volt battery can have issues, sometimes due to its small capacity and being drained by electronics. This can cause starting problems, even though it's not a major engine failure. 
• Engine: In some cases, the engine oil level may rise above the maximum mark, though this is reportedly not a safety issue. 

Electrical and electronic systems 

• TPMS sensors: A common issue is the failure of the Tire Pressure Monitoring System (TPMS) sensors. 
• Electrical gremlins: Other electrical problems can include faulty warning lights, general sensor malfunctions, and connectivity issues with the infotainment system. 
• Pre-Collision System (PCS): The warning light may activate frequently in rainy or snowy conditions, but the system usually resolves itself once it dries. 

Body and interior

• Paint: Some owners have reported issues with paint, especially on white models.
• Interior wear: The leather on the steering wheel, gear knob, and seats can show wear over time.
• Rear windows: Some 2020 models have experienced rear window cracking or shattering.
• Blind spot: Due to the design of the C-HR, visibility is limited, which can make lane changes challenging and create a blind spot. 

Suspension

• Shock absorbers: Early models sometimes had noisy shock absorbers. 
• Suspension components: Owners have reported premature wear on some suspension components. 

Is the Toyota C-HR good on gas?

Despite its bold styling, the 2021 Toyota C-HR is an SUV designed to deliver high fuel economy rather than satisfying speed or eye-widening handling. Its four-cylinder engine is underpowered and slow to get up to speed, but the C-HR's 37-mpg result in our highway fuel economy testing is the payoff for your patience.

What is the fuel consumption of Toyota C-HR?

The Toyota C-HR's fuel consumption varies by model and driving conditions, but a common estimate for recent non-hybrid models is around 29 MPG combined, while hybrids often achieve better mileage, sometimes cited as high as 60 MPG on official tests. Real-world results are influenced by driving habits, terrain, and vehicle specifics, with hybrids typically showing their best efficiency in city driving due to their electric motor. 
Fuel consumption by model

• Non-hybrid models (e.g., 2.0L engine): An estimated 29 MPG combined is common, with around 27 MPG in the city and 31 MPG on the highway. 
• Hybrid models:
  • Official figures can be as high as 60.1 MPG. 
  • Real-world city driving often yields fuel consumption in the range of 4.0–5.2 L/100 km (approximately 47–59 MPG) for the 1.8-liter hybrid. 
  • The 2.0-liter hybrid can use around 6.3 L/100 km on the highway when driving at higher speeds. 

Factors affecting fuel consumption

• Driving conditions: City driving, with its frequent stops and starts, can improve the efficiency of a hybrid model, while constant high-speed highway driving may lead to higher consumption. 
• Terrain: Hilly or mountainous areas will generally increase fuel consumption. 
• Vehicle and driving habits: Your driving style, the amount of time you use heating or cooling, and the load on the vehicle all play a role. 
• Vehicle maintenance: Factors like injector cleanliness and fuel pressure can impact fuel efficiency.