···
Log in / Register

How many seconds does the Mazda CX-5 take to accelerate from 0 to 100 km/h?

4 Answers
StevenMarie
07/30/25 2:06am

The Mazda CX-5 takes 8.94 seconds to accelerate from 0 to 100 km/h. The Mazda CX-5 continues to use a 2.5L naturally aspirated engine with a maximum power output of 144kW (196Ps), providing ample power for urban driving conditions and delivering linear power output. Below is an introduction to the Mazda CX-5: Mazda CX-5 Exterior: The all-new CX-5 features significant exterior changes, with the body height reduced by 25mm, creating a strong coupe SUV vibe and a more prominent sporty style. The shield-shaped grille carries a strong family identity, while the body length remains unchanged, the height is reduced by 25mm, and the A-pillar is repositioned 35mm further back, enhancing the overall sporty appeal. The rear design changes are minimal, with only the taillights becoming more elongated, preserving the original design language. Mazda CX-5 Interior: The CX-5's head-up display is exceptionally clear, featuring an animation demonstration upon vehicle startup, allowing drivers to read data without taking their eyes off the road. The three-spoke steering wheel is wrapped in leather, offering a comfortable grip, though the multifunction buttons may require some familiarization. The leather seats are easy to maintain—simply wipe them regularly with a damp cloth—and the dark color is resistant to stains. The rear seats are equipped with air vents, seat heating, and a center armrest containing two USB charging ports, ensuring comprehensive comfort. The driver's seat features multi-directional electric adjustments, catering to the needs of most drivers.

Was this review help?
10
4
Share
VioletLynn
08/15/25 8:05am

I drive the Mazda CX-5 with the 2.5L engine, and my actual test shows it takes about 9 seconds for 0-100km/h acceleration. The 2.0L version is a bit slower, roughly over 10 seconds, depending on your throttle control skills and road conditions. I usually drive my kids around without pursuing aggressive driving, but when I floor the accelerator, I can clearly feel the transmission responds quickly—that smooth power delivery is truly Mazda's essence. I suggest you test-drive it yourself to experience the subtle differences in response under different driving modes. It's more than enough for daily family use, and overtaking is effortless.

Was this review help?
3
5
Share
Expand All
DiTalia
10/21/25 4:17am

Attention to friends who want to buy a CX-5, here are some tested data for your reference: In official tests, the 2.5L AWD version accelerates from 0-100 km/h in 9.2 seconds, while the 2.0L FWD version takes about 10.5 seconds. Compared to other Japanese SUVs in the same class, the CX-5's advantage lies in handling response rather than absolute speed. A special reminder for those interested in off-roading: the AWD version is about 80 kg heavier than the FWD, making it slightly slower in acceleration. However, the combination of the Skyactiv engine with the 6AT is quite smart—stepping hard on the throttle instantly revs up to 4000 rpm, making lane changes and overtaking in the city particularly crisp.

Was this review help?
6
3
Share
Expand All
DeEmerson
12/04/25 4:45am

Just a few days ago, I accompanied my best friend on a test drive of the CX-5. The salesperson mentioned that the 2.5L version can accelerate from 0-100 km/h in under 9 seconds, and it indeed felt quite nimble in actual driving. I particularly paid attention to the initial take-off moment—unlike some turbocharged cars that tend to lurch forward, the CX-5 accelerates smoothly and linearly. The salesperson also demonstrated the sport mode on the spot, and keeping the RPM higher did make it quicker. However, for female drivers, there's really no need to obsess over a difference of a few tenths of a second—the focus should be on the overall driving feel. In the end, my friend ordered a 2.0L in the Deep Crystal Blue color, as she felt it was more than sufficient for her needs.

Was this review help?
18
0
Share
Expand All
More Forum Discussions

What type of driver's license is required for a 4.2-meter vehicle?

A 4.2-meter truck is a transitional model that can be registered either as a blue-plate vehicle (under 2 tons) or a yellow-plate vehicle (over 2 tons). If you choose the blue-plate option, a C1 driver's license is sufficient. However, if you opt for the yellow-plate, a B-class license is required for driving. C1: The C1 driver's license is one of the classifications for motor vehicle driving permits. It authorizes the holder to drive small and mini passenger vehicles, light and mini cargo trucks, as well as light, small, and mini special-purpose vehicles, including all models under C2, C3, and C4 categories. B-class License: B-class licenses are divided into B1 and B2. B1: Medium-sized buses, along with C1 and M (wheeled self-propelled machinery vehicles); B2: Large trucks, along with C1 and M.
17
3
Share

What is the general size of a 600-liter fuel tank?

A 600-liter fuel tank generally measures 1300×700×700mm. Marked capacity refers to safe capacity: Most fuel tanks indicate a safe capacity, which is typically about 10% less than the actual capacity. During the design of fuel tanks, consideration is given to the thermal expansion and contraction characteristics of fuel. To ensure driving safety, when filling up to the rated volume, a certain amount of space must be left inside the tank to prevent excessive internal pressure. Overfilling can damage the carbon canister, while underfilling leaves too much empty space, causing fuel to evaporate and be lost as vapor. Fuel gauge cannot accurately reflect remaining fuel: You cannot rely solely on the fuel gauge on the car dashboard to determine the exact amount of fuel remaining; it provides only a qualitative indication rather than a quantitative measurement. Additionally, you cannot judge fuel consumption based solely on the relationship between the amount of fuel added and the distance traveled, as factors such as road conditions, speed, traffic congestion, air conditioning usage, vehicle load, fuel line leaks, and fuel quality can all directly affect fuel consumption.
10
0
Share

What are the dimensions of a 4.2-meter vehicle?

Generally, a 4.2-meter truck has a length of 4.2 meters, a width of 1.6 to 1.8 meters, and a height of 1.6 to 1.8 meters. Height restrictions: For heavy and medium-duty trucks, as well as semi-trailers, the height of the cargo from the ground must not exceed 4 meters. For vehicles transporting containers, the height must not exceed 4.2 meters. For other cargo-carrying motor vehicles, the height must not exceed 2.5 meters from the ground. Width restrictions: According to the 'Implementation Regulations of the Road Traffic Safety Law of the People's Republic of China,' the width must not exceed the width of the vehicle compartment. For two-wheeled motorcycles, the cargo width must not extend more than 0.15 meters beyond the handlebars on either side. For three-wheeled motorcycles, the cargo width must not exceed the width of the vehicle body.
7
0
Share

How to Obtain the Inspection Exemption Label in the Ninth Year?

For vehicles that are 9 years old, the following documents need to be submitted to obtain the motor vehicle inspection exemption label: proof of compulsory motor vehicle traffic accident liability insurance, proof of payment or exemption of vehicle and vessel tax, and the motor vehicle safety technical inspection certificate. Below are the specific details about the annual inspection: 1. New Inspection Regulations: Non-commercial passenger cars, including non-commercial sedans, small and micro passenger vehicles, but not vans or models with 7 seats or more (such as Odyssey, GL8, Highlander 7-seater, etc.), are eligible for the exemption. New vehicles within 6 years are exempt from on-site inspection and only need to apply for the inspection label every two years. Eligible private cars registered after September 2012 can enjoy the exemption policy and require an annual inspection thereafter. Vehicles aged between 6 to 15 years need an annual on-site inspection, while those over 15 years require a semi-annual on-site inspection. 2. Required Documents for Annual Inspection: Owner's ID card, original vehicle registration certificate, valid compulsory insurance policy, and proof of payment or exemption of vehicle and vessel tax for the current year (usually included in the compulsory insurance policy).
1
0
Share

What is the use of a voltage reducer cable?

The function of a voltage reducer cable is to lower the voltage, converting the car's 12V voltage to 5V output for use by the dash cam. The dash cam is an indispensable in-car device for automobiles. There are various methods for powering and installing a dash cam, but the most commonly chosen method is to run a concealed wire to the fuse box, which effectively hides the power cable and maintains the car's interior aesthetics. Since the fuse box voltage is 12V, a voltage reducer cable is required. The wiring method for the voltage reducer cable is as follows: 1. First, install the dash cam in a suitable position and secure it firmly; 2. Connect the voltage reducer cable, run the concealed wire along the A-pillar to the door frame seal, and tuck the wire until it reaches near the fuse box; 3. Open the fuse box, locate the ACC socket, connect the red wire of the voltage reducer cable to ACC, and ground the black wire by screwing it onto the fuse box screw.
15
2
Share

What gauge are jumper cables generally used for cars?

Small cars use 16 square millimeter copper cables, trucks use 25 square millimeter copper cables, and heavy trucks use 35 square millimeter copper cables. Since starting the engine requires high current and the battery voltage is low (resulting in even higher current), jumper cables should have as little resistance as possible. Below are the steps for using car jumper cables: 1. Clamp the red cable to the red positive terminal of the "dead vehicle's" battery. 2. Clamp the other end of the red cable to the red positive terminal of the "rescue vehicle's" battery. 3. Clamp the black cable to the black negative terminal of the "dead vehicle's" battery. 4. Then clamp the black cable to the black negative terminal of the "rescue vehicle's" battery. (If the negative terminal of the rescue vehicle's battery is connected first, the dead vehicle's negative terminal must not be connected to the battery's negative terminal but should instead be connected to the car body or grounded). 5. Start the engine of the "rescue vehicle" first, then start the engine of the "dead vehicle." If the dead vehicle still fails to start, check if there is poor contact in the metal connections. After successfully starting the engine, remove the jumper cables in the correct order to avoid potential short circuits.
20
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.