What does Honda CRV240 mean? What is the displacement?
2 Answers
1. The combined meaning of CRV240 turbo is: this CRV is equipped with a 1.5-liter turbocharged engine. Another example: Honda Civic, 180 turbo means: equipped with a turbocharged engine with a maximum torque approximate value of 180 N·m. 2. CRV is a classic urban SUV model produced by Dongfeng Honda Motor Company, and 240 refers to the maximum torque of this vehicle being 240 N·m. It should be noted that this value is an approximation, not an exact figure. Turbo refers to a turbocharged engine. The abbreviation T stands for turbo in English. 3. The seat design of the CR-V is very unique. The front seats can be laid flat after removing the headrests, forming a "bed" with the rear seats. Although it is a bit narrow, it is still quite comfortable. The rear seats can be split 6/4 or folded and pushed behind the front seats, leaving more space for the luggage compartment. A picnic table is placed under the luggage compartment, which is very practical for occasional picnics. 4. The CR-V's drive system is a dual-pump real-time four-wheel drive. Under normal conditions, it is front-wheel drive. When encountering adverse road conditions such as rain, snow, or sand that cause the front drive wheels to slip, the hydraulic system will promptly distribute torque to the rear wheels to achieve four-wheel drive until the road conditions return to normal.
As a tech enthusiast who frequently tinkers with cars, my research on the Honda CR-V 240 revealed that the '240' in its name represents the engine's peak torque of 240 Newton-meters, commonly found in Honda's turbocharged models. The displacement is typically 1.5 liters (approximately 1500cc), with turbocharging technology compressing the intake air to enhance explosive power. Compared to older large-displacement models, this design allows a small displacement to deliver strong power while reducing fuel consumption. Honda uses torque numbers in the naming to help users directly understand the performance highlights, and in actual driving, it offers quick acceleration and fuel efficiency. I'm fascinated by such engineering details because, despite the small displacement, it's highly efficient and practical, allowing me to judge whether it suits daily needs when purchasing a car.
