···
Log in / Register

What is the fuel consumption of the 2.7L Highlander?

6Answers
DiWillow
09/02/2025, 02:01:07 AM

The 2.7L Highlander has a fuel consumption of 11.4 liters per 100 kilometers. Here are the relevant details: Model: The Highlander is a mid-size SUV under Toyota, serving as a benchmark in its class. The new Highlander no longer uses a naturally aspirated engine; instead, it is equipped with a 2.0-liter turbocharged engine across all variants. Body Dimensions: The new Highlander measures 4890 mm in length, 1925 mm in width, and 1720 mm in height, with a wheelbase of 2790 mm. All variants of the new Highlander are powered by a 2.0-liter turbocharged engine with the model code 8AR-FTS. This engine delivers a maximum power of 162 kW and a maximum torque of 350 Nm. The engine's maximum power is achieved at 5200 to 5600 rpm, and the maximum torque is available between 1800 to 4000 rpm.

Was this review help?
119
Share
VanAyla
09/14/2025, 04:04:11 AM

I've driven a 2.7L Highlander for over a decade. For daily city commuting, the fuel consumption typically ranges between 12 to 15 liters per 100 kilometers, and can exceed 15 liters in heavy traffic. However, on highways with good conditions, it drops to around 9 liters. Driving habits significantly impact fuel efficiency—maintaining a steady speed and avoiding sudden braking or acceleration saves me considerable fuel costs in urban driving. Regular maintenance is crucial; for instance, after replacing the air filter, I noticed a marked improvement in fuel consumption, averaging below 11 liters. The spacious interior is great for family use, though refueling is more frequent. I recommend new owners track driving data to cultivate fuel-efficient habits and check tire pressure before long trips for better efficiency. Overall, the 2.7L engine isn't the most fuel-efficient, but its high reliability demands attention to maintenance details.

Was this review help?
10
Share
Expand All
KathrynRose
10/28/2025, 04:45:32 AM

Driving a 2.7L Highlander in the city, the fuel consumption is usually around 13L/100km. I have to keep a close eye on it during my daily commute, and it's normal to see 15L/100km when there are many red lights. On the highway, it's much better, cruising at 80-90 km/h with fuel consumption just over 9L/100km, making long trips stress-free. After tracking mileage for a while, I've found that driving style is crucial—for example, avoiding sudden acceleration can help reduce fuel consumption fluctuations. Incorrect tire pressure or driving fully loaded can increase fuel consumption by about 1L/100km, so it's important to pay attention. A friend recommended using a fuel-saving app for monitoring, which works quite well. Overall, the fuel consumption is reasonable but not particularly low, and the refueling frequency is slightly higher. I chose it for its spaciousness and strong power, and with improved driving habits, it can be controlled even better.

Was this review help?
3
Share
Expand All
JeffreyRose
12/11/2025, 09:09:29 PM

The 2.7-liter Highlander we use for school runs averages around 12L/100km, slightly higher in urban driving but practical enough. Gentle driving helps reduce consumption a bit – those fuel price spikes do sting. On highway trips, it drops to 9L/100km which is decent, though not class-leading compared to neighbors' vehicles. Regular engine checks during maintenance help optimize efficiency – it's a reliable family hauler that just drinks a tad more. Pro tip: stick to scheduled servicing and adopt simple fuel-saving habits like progressive throttle application.

Was this review help?
17
Share
Expand All
DiMary
01/31/2026, 10:16:33 PM

The 2.7L Highlander has relatively high fuel consumption, with 14L in the city, and I'm quite concerned about the emissions. Driving at a constant speed can reduce it to 12L, lowering environmental impact. On highways, it's more fuel-efficient at 9L, but further improvements in eco-driving are needed, such as regular maintenance and cleaning the system to enhance efficiency. I recommend fuel-saving courses to reduce carbon footprint. Overall, compared to energy-efficient vehicles, it's weaker, requiring owner discipline to promote green travel.

Was this review help?
15
Share
Expand All
KendraLynn
04/26/2026, 03:40:27 PM

I often drive on highways with my 2.7L Highlander, and the fuel consumption remains stable at 8 to 10 liters per 100 kilometers, making it very fuel-efficient for long-distance travel with a good experience. In the city, it's slightly higher at around 14 liters, so route planning is necessary to avoid congested areas. When fully loaded, fuel consumption increases by about 1 liter, so extra attention is needed. With correct tire pressure and proper maintenance, the car is more stable on highways, and the cruise control feature saves effort and fuel. Based on experience, driving 500 kilometers consumes about 40 liters of fuel, which is reasonable and practical, but maintenance must be kept up to date without neglecting details.

Was this review help?
2
Share
Expand All
More Q&A

Where is the Volkswagen tow hook located?

Volkswagen's tow hook is stored inside the spare tire compartment in the trunk. Simply screw it into the tow hook cover on the rear bumper. Below is an introduction to the types of tow hooks: 1. Front-mounted: This type of tow hook is equipped at the front of the vehicle for towing when the vehicle breaks down or to facilitate towing by a rescue vehicle. 2. Rear-mounted: Typically found on SUVs, trucks, pickups, and other high-torque vehicles, these tow hooks are used for towing other vehicles, meaning these vehicles can serve as 'rescue vehicles.' Tow hooks significantly enhance the speed and efficiency of vehicle rescue operations.
112
Share

What causes the ACC malfunction in the Boyue?

When the Geely Boyue ACC detects radar obstruction, radar malfunction, or faults in related systems (such as ESC), the cruise status indicator on the dashboard turns orange, and a message indicating radar obstruction or adaptive cruise system malfunction appears on the dashboard. Information about ACC: 1. How ACC works: When the distance to the vehicle ahead is too small, the ACC control unit can coordinate with the anti-lock braking system and engine control system to apply appropriate braking to the wheels and reduce engine output power, ensuring the vehicle maintains a safe distance from the vehicle ahead. 2. When to use ACC: The adaptive cruise control system typically operates when the vehicle speed is above 25 km/h. When the speed drops below 25 km/h, manual control by the driver is required. Through system software upgrades, the adaptive cruise control system can achieve a 'stop/start' function to handle frequent stops and starts in urban driving conditions.
114
Share

What is the ignition method of the Porsche Cayenne?

Porsche Cayenne adopts a twist-type ignition device, with the knob located on the lower left side of the steering wheel. The ignition steps for the Porsche Cayenne are similar to those of traditional cars: press the brake pedal and turn the start knob clockwise. The rotary knob ignition device on the left side of the steering wheel is a historical inheritance of Porsche's sports car personality. More details are as follows: 1. The advancement of automotive technology often involves repeated experimentation, and the Cayenne is a prime example. Initially, the traditional key insertion ignition method was considered too basic, leading to the invention of push-button start. Later, push-button start was deemed insufficiently "sporty," so the button was transformed into a "knob" resembling a key. 2. For sports cars, the sensation of hearing the engine roar when turning the key to ignite is truly different, as push-button start lacks the "sporty feel." It can be seen as a return to simplicity or a classic inheritance. Placing the ignition knob on the left side of the steering wheel in the Cayenne is a historical inheritance of the Porsche family's distinctive personality.
119
Share

What are the reasons why the Peugeot 307 cannot start?

Here are the reasons why the Mercedes protection system fails to start: 1. First, it may be a circuit or electronic fault: Circuit faults include: blown fuse, open circuit in the high-voltage coil, open circuit in the low-voltage circuit, detached central ignition wire, leaking distributor rotor, and damaged spark plug. Electronic faults mainly refer to the failure of the central computer control board. 2. Then there may be a fuel system fault: Fuel system faults causing the engine to stall often come with symptoms such as weak engine power and a soft accelerator pedal. Possible locations of fuel system faults include: fuel pump failure, blocked fuel line, clogged fuel filter, carburetor failure, and damaged injector. Sometimes, the fuel tank may be empty without the owner's knowledge. 3. Finally, it could also be a mechanical fault: Common mechanical faults include: broken timing belt (chain), cylinder leakage with no pressure, etc.
113
Share

Where is the radiator drain port on the Buick Excelle?

Buick Excelle's radiator is not equipped with a dedicated drain port. To drain the vehicle's coolant, you need to disconnect the hose connecting the radiator to the engine. Here is relevant information about the Buick Excelle: 1. Introduction: The Buick Excelle is based on GM's global platform. Its prototype was GM's newly developed global mid-size sedan, primarily designed and developed by GM Daewoo Auto & Technology (GMDAT). On April 21, 2003, SAIC-GM launched this new mid-size car, marketed as the "mid-range Buick" Excelle. SAIC-GM officially introduced the "Buick Excelle" based on an all-new product platform, marking its entry into the promising mid-size car market. 2. Powertrain: The new vehicle is equipped with a next-generation 1.3L Ecotec dual-injection engine paired with a CVT intelligent continuously variable transmission, delivering maximum power of 79kW and maximum torque of 133Nm, with a combined fuel consumption as low as 4.6L per 100km.
117
Share

Where are the drainage outlets of the Volkswagen Sagitar located?

Volkswagen Sagitar has multiple drainage hole locations. The following are the distribution positions of the drainage holes in the Volkswagen Sagitar: 1. Fuel tank vent hole: Open the fuel filler flap, and you can see the drainage hole at the bottom inside the fuel tank cover. 2. Sunroof drainage holes: There is one at each of the four corners of the sunroof. When you open the sunroof, you can easily see four small holes, each connected to a hose leading to the front and rear of the car. 3. Door panel drainage holes: Located at the lower part of the door panel, there are usually 1 to 2 drainage holes. 4. Trunk drainage hole: Generally located under the spare tire in the trunk. 5. Engine compartment drainage hole: Located at the rear of the engine compartment, under the lower edge of the windshield, near the air conditioning intake. 6. Air conditioning drainage hole: Located under the chassis.
115
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.