···
Log in / Register

What is the weight of the Mazda3 Axela?

4 Answers
SarahLynn
07/30/25 2:58am

The curb weight of the Mazda3 Axela sedan ranges between 1259-1300kg. Here are detailed specifications about the Mazda3 Axela: 1. Overview: The Mazda3 Axela, produced by Changan Mazda, is the third model featuring the new-generation "SKYACTIV" technology and the "KODO—Soul of Motion" design theme. It made its debut at the 2014 Beijing Auto Show. 2. Additional Information: It is equipped with two SKYACTIV-G gasoline engines—the "SKYACTIV-G 1.5L," introduced for the first time in the Chinese market, and the high-efficiency "SKYACTIV-G 2.0L." The top speed reaches 207km/h. The vehicle dimensions are 4582/1795/1458mm.

Was this review help?
20
1
Share
LeJade
08/16/25 9:21am

I've been driving the Axela for over two years, and the weight of this car is quite interesting. The hatchback version weighs just over 1.3 tons, while the sedan version is close to 1.4 tons, depending on the specific configuration. It's lighter than the Civic in the same class but heavier than the Golf. This weight design is mainly due to Mazda's Skyactiv Technology, which uses more high-strength steel while reducing overall weight, making it particularly agile to drive. On the highway, you can feel the solid chassis without any floating sensation, and the turns are crisp. However, a slightly heavier car consumes more fuel; my daily city commute averages over 7 liters per 100 kilometers. If you frequently drive long distances, this weight is quite helpful for stability. I recommend test-driving different versions at the dealership to experience the weight differences.

Was this review help?
6
5
Share
Expand All
DiGenevieve
10/22/25 2:40am

As someone who loves studying car specifications, the Mazda3 (Axela) has a curb weight ranging between 1.3 to 1.4 tons. The difference mainly comes from the powertrain - for example, the 2.0L engine version is about 70kg heavier than the 1.5L version. Mazda engineers put effort into weight reduction, using aluminum alloy for the hood and some chassis components, with the wheels also featuring lightweight design. However, the safety structure actually increased its proportion of high-strength steel, which is why it consistently achieves excellent crash test results. When actually driving it, you can feel the well-balanced weight distribution - the front doesn't dip excessively during acceleration. Considering that current electric vehicles often exceed 1.8 tons, this weight represents a very reasonable balance point among gasoline-powered cars.

Was this review help?
8
4
Share
Expand All
SanMalachi
12/05/25 3:02am

Last week, I accompanied my friend to pick up the Axela and specifically checked the vehicle documents. The 2.0L automatic sedan version weighs 1,325 kg unladen, and the top trim with a panoramic sunroof adds another 30 kg. The salesperson mentioned that Mazda's design philosophy is 'Jinba Ittai' (horse and rider as one), and this weight perfectly balances agility and stability. During our test drive, we deliberately compared it with the 1.5L version, which is over 80 kg lighter and indeed more fuel-efficient. Nowadays, many cars are getting heavier, but the Axela manages to reduce chassis weight while ensuring safety, with the front MacPherson strut suspension also shedding a significant amount. The most noticeable difference is the smaller turning radius, making U-turns on narrow roads particularly effortless.

Was this review help?
16
4
Share
Expand All
More Forum Discussions

Should the car air conditioning AC be turned on in winter?

In winter, the car air conditioning AC should not be turned on. AC is the cooling option of the air conditioning system, and it is unnecessary to use it in winter. Simply turning on the heater is sufficient. Activating the AC means the air conditioning compressor is engaged, which initiates the cooling process, so it should not be used in winter, and cold air should definitely not be turned on. The car air conditioning system, abbreviated as car AC, is designed to regulate and control the temperature, humidity, air cleanliness, and airflow within the car cabin to optimal conditions. It provides a comfortable riding environment for passengers, reduces travel fatigue, creates favorable working conditions for the driver, and plays a crucial role in ensuring safe driving as a ventilation device.
17
1
Share

Can you make a U-turn within the left-turn channelizing line?

U-turns are not allowed within the left-turn channelizing line. The channelizing line typically consists of one or several white V-shaped lines or diagonal stripes set according to the intersection terrain, indicating that vehicles must follow the prescribed route and are not allowed to drive over or cross the line. It is mainly used for wide, irregular, or complex intersections, ramp entrances of interchanges, or other special locations. The purpose of setting the channelizing line is to ensure that every vehicle can 'stay in its lane,' serving to regulate, guide, and warn traffic, thereby reducing accidents. The channelizing line is a type of prohibited marking, and vehicles must follow the designated route and are not allowed to make U-turns or park arbitrarily within the channelizing line area.
13
1
Share

How to reset the engine fault light on a 307?

307 engine fault light reset method is: Use a dedicated OBD diagnostic tool to check the fault codes. If it's an intermittent fault code or caused by power interruption, simply reset it directly. If there's a fault code indicating an issue with a specific sensor or assembly, it's recommended to perform repairs. An engine is a machine capable of converting other forms of energy into mechanical energy, originating in the UK. It can refer to either the power generation device or the entire machine including the power unit (such as gasoline engines, aircraft engines). Types include internal combustion engines (gasoline engines, etc.), external combustion engines (Stirling engines, steam engines, etc.), and electric motors.
20
3
Share

What are the symptoms of a bad ignition coil?

Ignition coil failure symptoms include: 1. Noticeable body vibration at idle; 2. When observing the exhaust pipe outlet, there's obvious intermittent exhaust gas flow with severe pipe vibration, accompanied by clear popping sounds. As gasoline engines evolve towards higher RPM, higher compression ratios, greater power, lower fuel consumption, and reduced emissions, traditional ignition systems no longer meet operational requirements. The core components of an ignition system are the ignition coil and switching device. By enhancing the ignition coil's energy output, the spark plug can generate sufficient spark energy - this constitutes the fundamental requirement for modern engine-compatible ignition systems.
17
4
Share

How Often Should the Transmission Fluid in a Volkswagen Be Changed?

Volkswagen transmission fluid is generally recommended to be changed every two years or approximately 40,000 kilometers. The replacement interval varies for different models. Below are the recommended intervals for changing transmission fluid. Manual Transmission: Manual transmission fluid is generally recommended to be changed every three years or approximately 100,000 kilometers. Automatic Transmission: Automatic transmission fluid is generally recommended to be changed every two years or approximately 40,000 kilometers. Continuously Variable Transmission (CVT): CVT fluid is generally recommended to be changed every two years or approximately 60,000 kilometers. The methods for changing transmission fluid are as follows: 1. Loosen the drain plug at the bottom of the transmission to drain the old fluid and then refill. 2. Remove the transmission oil pan directly to drain and refill the fluid: This method is more thorough than the previous one, as it removes deposits and impurities from the bottom of the oil pan. 3. Use a circulation machine to change automatic transmission fluid: A smart circulation machine performs dynamic fluid replacement, filtering and cleaning sludge and impurities inside the automatic transmission.
6
1
Share

What is the HOLD button in a car?

HOLD means to maintain. After pressing this button, the automatic transmission enters the hold mode, and the hold mode indicator light on the dashboard will illuminate. The HOLD button adjusts the optimal driving state according to different road conditions, effectively preventing the transmission from frequent shifting. During overtaking, it forces downshifting and prevents upshifting. The working principle of an automatic transmission is as follows: After the engine starts, the crankshaft drives the pump impeller to rotate through the flywheel. The centrifugal force generated by the rotation causes the working fluid between the pump impeller blades to be thrown from the inner edge to the outer edge. When the turbine speed is relatively low, the working fluid flowing out of the turbine moves backward and impacts the front of the stator blades. Since the stator is restricted by the one-way clutch and cannot rotate backward, the stator blades redirect the backward-flowing working fluid to push the pump impeller blades forward, promoting the rotation of the pump impeller and thereby increasing the torque acting on the turbine. As the turbine speed increases, the circumferential velocity becomes larger. When the resultant velocity of the tangential speed and circumferential velocity starts to point toward the back of the stator blades, the torque converter reaches the critical point. When the turbine speed further increases, the working fluid will impact the back of the stator blades. The HOLD function can be used in the following situations: Slippery roads: For example, starting on snow. Starting in snow with 2nd gear instead of 1st gear is more stable. When starting on snow, you can place the gear lever in position 2 and press HOLD, so the transmission will maintain the gear ratio of 2nd gear, making the start smoother. Continuous curve driving: When driving on continuous curves, the automatic transmission in normal mode may shift frequently due to the driver's control of the accelerator pedal. Pressing the HOLD button in D4 gear enters the hold mode, and the transmission will stay in 3rd gear, not only reducing transmission wear but also allowing the transmission to continuously output greater torque during driving, improving acceleration performance and making the ride smoother. Mountain roads or continuous slopes: Pressing the HOLD button in D4 or 2nd gear enters the hold mode. When going uphill, acceleration becomes more powerful. When going downhill, the drag is greater and safer, and it also avoids wear caused by frequent shifting of the transmission.
5
3
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.