What engine does the Haval H9 use?

[MacFinn]

Haval H9 is equipped with a 2.0T inline 4-cylinder turbocharged engine, paired with an 8-speed automatic transmission. The engine delivers a maximum power of 165 kW, maximum horsepower of 224 PS, and maximum torque of 385 Nm. The peak power is achieved at 5500 rpm, while the maximum torque is available between 1800 to 3600 rpm. The fuel supply system adopts direct injection. Haval H9 is positioned as a mid-to-large size SUV with body dimensions of 4856mm in length, 1926mm in width, and 1900mm in height, featuring a wheelbase of 2800mm. It offers both 5-seat and 7-seat configurations. The front suspension utilizes a double-wishbone independent suspension, while the rear employs a solid axle non-independent suspension.

[LucyRose]

I've studied the powertrain configuration of the Haval H9, which uses Great Wall's self-developed GW4C20B 2.0T gasoline engine. This engine delivers a maximum power of 224 horsepower and 385 N·m of torque, making it particularly suitable for off-road scenarios. Compared to the previous model, it has been upgraded with direct fuel injection technology. In low-range four-wheel drive mode, the torque can be amplified by 2.48 times, providing excellent climbing and extrication capabilities. Although the previous 2.0T twin-turbo diesel version was more fuel-efficient, it has been discontinued. Now the entire lineup uses this gasoline engine, which runs on 95-octane fuel, and its maintenance costs are much more affordable than imported off-road vehicles.

[ClaireRose]

As an off-road enthusiast, I'm most satisfied with the 2.0T engine when charging up slopes in my H9. With over 380 N·m of torque fully unleashed at just 2500 rpm, the throttle response is exceptionally precise when escaping muddy situations. Although body-on-frame off-roaders nowadays tend to favor 3.0T engines, Great Wall has cleverly tuned this four-cylinder unit - employing a twin-scroll turbo to reduce lag in the low range, utilizing CVVL (Continuous Variable Valve Lift) technology for fuel efficiency in the mid-range. During desert crossings, it achieves a combined fuel consumption of around 11L/100km, delivering more power than the Prado 2700 while being more fuel-efficient.

[StIsla]

From a technical perspective, the GW4C20B engine in the Haval H9 has three major highlights: the cylinder head-integrated exhaust manifold accelerates warm-up, the electronically controlled twin-scroll turbocharger builds boost pressure at just 1,500 rpm, and when combined with 350bar high-pressure direct injection, the combustion efficiency reaches 38.3%. Despite its base displacement of 2.0L, its torque output in off-road mode surpasses even the 3.5L Toyota Prado. One important detail to note: in high-altitude regions, it's recommended to use 95-octane fuel, as its 11:1 compression ratio is prone to knocking in oxygen-deprived environments.

[Campbell]

After three trips to Tibet in the H9, I've gained deep insights: The 2.0T engine shows minimal power loss at high altitudes, and overtaking at Wudaoliang (4,700m above sea level) remains effortless. The manufacturer equipped it with an enhanced cooling system—the coolant temperature gauge never exceeded the midline even during continuous mountain pass climbs. However, pay attention to oil consumption; it's best to check the dipstick every 5,000 km. Although the cylinder walls use APS arc spraying technology for wear resistance, oil consumption at high RPMs is noticeably higher than Japanese engines. Recommend using 5W-30 full synthetic oil for maintenance.

[WalkerAnn]

If you're torn between the H9 and the Tank 300, note that while both use a 2.0T engine, their tuning is entirely different. The H9's engine is specially reinforced for low-speed torque, with the ZF 8AT transmission's first gear ratio reaching 5.0, delivering over twice the traction of urban SUVs. However, there's some resonance noise at 2000 RPM during highway cruising; it's recommended to install four-wheel sound insulation for a much more comfortable ride.