What is the original tire model and brand of the Mazda 3 Axela?

2 Answers
KingFitz
07/30/25 2:50am
Mazda 3 Axela tire specifications: 205/60R16, brand is Dunlop. Below is the relevant introduction: 1. Axela: The Mazda 3 Axela is a compact car with a very attractive exterior design and a light luxury feel in the interior. Mazda cars are known for their excellent handling, mainly targeting young people. 2. New model: The 2021 Mazda 3 Axela 2.0L automatic Zhixuan, Zhiya, Zhiyao, Zhirui, and Zhizun versions come with 18-inch tires. The original tire brand is Bridgestone, with the tread pattern: TURANZA-T005A.
Was this review help?
6
3
Share
DeGabriella
08/16/25 9:10am
I've been driving the Mazda3 (Axela) for several years, and the original tires are usually the Yokohama Advan Sport series, with models like the V107, commonly in size 215/45 R18. The tire design is quite meticulous, offering strong grip, stable high-speed cornering without drifting, and noise control that's above average. Over time, I've realized that choosing the correct tire size is crucial—too large or too small can affect fuel efficiency and speedometer accuracy. It's advisable to check tire pressure and wear indicators during each maintenance session, as timely replacement can save money and ensure safety. Also, adjust tire pressure when the weather gets colder to avoid slipping.
Was this review help?
16
5
Share
Expand All
More Forum Discussions

What Causes a Truck's Air Brake to Lose Air After a Few Presses?

It is caused by air leakage in the wheel cylinder pipelines or valve bodies. Below are specific details about air brakes: 1. Principle of air brakes: Also known as exhaust brakes, air brakes serve as an auxiliary braking system and cannot replace service brakes. A regulating valve is installed on the engine's exhaust pipe, and by closing this valve, the exhaust stroke pressure is increased, utilizing the generated negative pressure to obtain braking force. 2. Function of air brakes: Their purpose is to reduce or maintain vehicle speed without or with minimal use of service brakes, but they cannot bring the vehicle to an emergency stop. 3. Usage of air brakes: When the exhaust brake is engaged, the accelerator pedal is at zero position, and the fuel injector stops injecting fuel. If the accelerator or clutch pedal is pressed, the exhaust brake will automatically disengage, preventing engine stalling during stops and avoiding exhaust brake activation during fuel injection.
4
5
Share

How to Use Tire Repair Fluid?

Tire repair fluid usage method: 1. Completely deflate the tire; 2. Shake the tire repair fluid well and align the nozzle with the valve stem; 3. Open the switch on the tire repair fluid bottle; 4. Allow both the adhesive and gas to enter until the tire is fully inflated; 5. Turn off the switch on the bottle and quickly rotate the tire a few times. Tire usage precautions: 1. Ensure the tread has no cracks and regularly inspect the tire surface for defects such as cracks or deformations; 2. Avoid parking the vehicle on roads with large, sharp, or pointed stones; 3. Do not splash water for cooling; 4. Avoid frequent use of brakes and emergency braking; 5. Choose good road conditions for driving.
4
1
Share

Why does the steering wheel suddenly become hard to turn on rainy days?

When the steering wheel suddenly becomes hard to turn on rainy days, it is generally caused by a lack of oil in the power steering pump, impurities in the power steering fluid, or a malfunction in the power steering system. It is recommended to have the vehicle inspected and repaired at a 4S shop to diagnose and resolve the issue. Below is an introduction to the automotive power steering system: 1. Classification: Automotive power steering systems are generally divided into two types: mechanical power steering systems and electro-hydraulic power steering systems. 2. Function: The main purpose of the automotive power steering system is to make it easier for the driver to operate the steering wheel when turning. The biggest difference between electro-hydraulic power steering systems and mechanical systems lies in the driving method of the oil pressure pump. The electro-hydraulic system uses an electrically driven electronic pump, while the mechanical system operates in a traditional manner.
1
5
Share

What Causes the Brakes to Suddenly Become Hard and Unable to Depress?

Sudden hardening of the brakes is generally caused by issues with the brake booster pump, foreign objects adhering to the brake pads and calipers, or the intervention of the vehicle's ABS system. Below is relevant information: 1. Problems with the brake booster pump: If the brakes suddenly become hard while driving, it may be due to a leak or blockage in the vacuum tube of the brake booster pump. In such cases, it is necessary to stop the vehicle immediately for inspection and replace the part if required. 2. Related to braking before engine shutdown: The vehicle's braking system operates most effectively when the engine is running, with the brake booster pump playing a crucial role in amplifying the force applied to the brake pedal.
3
2
Share

What is the maintenance interval for the Cadillac XT5?

The maintenance interval for the Cadillac XT5 is as follows: 1. Spark plugs: There are various types of spark plugs. Ordinary nickel alloy spark plugs can last 20,000-30,000 kilometers, platinum spark plugs can last 80,000-100,000 kilometers, and iridium spark plugs can last 30,000-40,000 kilometers. The service life of these components and oils can be appropriately adjusted based on the vehicle's maintenance manual and actual driving conditions. 2. Filters: The oil filter must be replaced during every routine maintenance. For vehicles driven in areas with low dust levels, the air filter can generally last 20,000 kilometers, and only requires cleaning at 7,500 kilometers.
15
1
Share

What is the difference between iridium and platinum spark plugs?

Iridium and platinum spark plugs have the following differences: 1. Melting point: The melting point of iridium material is inherently higher than that of platinum, so under continuous high-temperature operation of the engine, iridium spark plugs can still maintain a stable ignition state, and their discharge performance is also relatively better. However, this does not mean that platinum spark plugs are lacking in this aspect; under normal conditions, they also perform excellently, but iridium spark plugs are more focused on stability. 2. Hardness: Iridium spark plugs are significantly harder than platinum ones, so naturally, iridium spark plugs have better durability. Of course, platinum spark plugs are not inferior either; under normal conditions, their lifespan can generally reach up to 100,000 kilometers, so there is no need to worry too much about this issue.
18
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.