
Tundra is a Japanese vehicle, while Ford Raptor is an American vehicle. Typically, Japanese vehicles consume less fuel than American ones, but there are exceptions. When comparing the Tundra and the Raptor, the Tundra has higher fuel consumption. Here are some extended details: Ford Raptor: It uses a naturally aspirated engine that delivers linear and powerful performance, unlike the abrupt acceleration of turbocharged engines. The power is robust and continuous. The Raptor 3.5T has a maximum horsepower of 375 HP and a maximum torque of 672 N·m, while the Tundra 5.7L has a maximum horsepower of 386 HP and a maximum torque of 544 N·m. Toyota Tundra Series Pickup: Equipped with a 5.7L engine and a 6-speed transmission. The official combined fuel consumption is 12.1L/100km. Actual measured fuel consumption is 20.5L/100km in urban areas, 14.6L/100km on highways, and a combined fuel consumption of 18.2L/100km. Ford Raptor F-150 Series Pickup: Equipped with a 3.5T engine and a 10-speed transmission. The official combined fuel consumption has not been published. Actual measured fuel consumption is 15.8L/100km in urban areas, 10.5L/100km on highways, and a combined fuel consumption of 14.7L/100km.

I run an auto repair shop, and customers often ask this question. The Tundra is equipped with a 5.7L V8 engine, while the Raptor has a 3.5T V6 with twin turbos. Based on actual data, the Tundra gets around 15-16 mpg in the city and about 12 mpg on the highway; the Raptor gets 14-15 mpg in the city and just over 11 mpg on the highway. For long-distance trips, the Raptor's larger fuel tank is more convenient, as twin turbos are more efficient at constant speeds. However, people who drive these vehicles usually don't care much about fuel economy and prioritize towing capacity and off-road performance instead. If you frequently tow trailers or heavy loads, the Tundra's low-end torque is more sufficient and might actually save some fuel, but for regular commuting, the Raptor is definitely more fuel-efficient.

Last time I drove my friend's Tundra on the Sichuan-Tibet route, the displayed fuel consumption hit 17L/100km! The accompanying Raptor was only slightly over 14. For these full-size pickups, fuel consumption mainly depends on two factors: engine technology and body weight. The Raptor uses an aluminum body, making it over 200kg lighter than the Tundra, plus its turbocharged engine suffers less power loss at high altitudes. The Tundra's V8 naturally aspirated engine is outdated in technology and particularly fuel-thirsty in traffic jams. Also, tire size has a significant impact - the Raptor's factory tires are more optimized for highway fuel efficiency than the Tundra's. If you switch to AT tires, both vehicles' fuel consumption will rise sharply. Honestly, when this type of vehicle, you shouldn't obsess too much about fuel consumption. But if you must choose between the two, the new Raptor does have better fuel efficiency control.

After studying North American fuel consumption test data, the Raptor has an EPA combined fuel economy of approximately 16 mpg (14.7L/100km), while the Toyota Tundra is around 15 mpg (15.7L/100km). The gap primarily stems from three factors: first, the Raptor's cylinder deactivation technology allows it to switch to four cylinders during cruising; second, the Tundra's body-on-frame construction makes it heavier; third, there are differences in transmission gear ratios. However, real-world fuel consumption depends heavily on driving habits—if you frequently floor the accelerator, the Raptor's turbo lag could actually make it thirstier. It's worth noting that both vehicles recommend using 95-octane fuel. With current Chinese fuel prices, a 1L/100km difference translates to saving over 3,000 yuan annually when driving 20,000 kilometers.

As a contractor who drives a Raptor to sites, let me tell you the truth: Our fleet has five Raptors and three Tundras, and the Tundras cost about 2,000 yuan more in fuel each month. Carrying a load of three tons on national highways, the Raptor shows 15.8L while the Tundra shows 17.2L. The key point is that the Raptor's 136L fuel tank is larger than the Tundra's 118L, so it requires fewer refueling stops. However, the Tundra's V8 engine is cheaper to maintain, and the Raptor's turbo might have issues after ten years. Recently, diesel prices have risen sharply, and many contractors are starting to crunch the numbers. If it's purely for home use with occasional hauling, I'd recommend the hybrid Tundra, but it hasn't been introduced to the domestic market yet. For now, the Raptor is still more fuel-efficient.

I test drove both vehicles over the weekend, and the data sheet clearly stated: the Tundra's combined fuel consumption is 15.6L/100km, while the Raptor's is 14.3L/100km. Don't be fooled by the Raptor's higher horsepower—its 10-speed automatic transmission is much smarter than the Tundra's 6-speed, shifting into 10th gear at just 80 km/h. The turbo kicks in with maximum torque at 1,600 rpm, whereas the Tundra doesn't deliver full power until 3,600 rpm. In heavy traffic, the Raptor's start-stop system saves up to 20% more fuel. However, those used to naturally aspirated engines might find the Raptor's turbo engagement a bit abrupt. If you frequently drive on highways, the Raptor's cylinder deactivation technology brings its fuel consumption close to that of a sedan, which truly amazed me.


