What are the effects of changing from 185 tires to 195?

1 Answers
ValeriaAnn
07/30/25 8:26am
The effects of changing from 185 tires to 195 are as follows: 1. Increased driving difficulty: The increased friction makes the steering wheel heavier, and tire noise and fuel consumption also increase. 2. Higher risk of rollover: The change interferes with the geometric dimensions of the body and suspension design, significantly increasing the turning radius. This makes the car more prone to rollover, especially on sharp turns, as the centrifugal force from the car's tilt can lift the inner wheels off the ground. 3. Data inaccuracies: The change can alter driving data, causing abnormalities in the vehicle's systems. For example, ABS, ESP, mileage, and fuel consumption are all calculated based on the original tire's outer diameter. Changing the tires without the system being able to make correct adjustments can lead to various driving impacts.
Was this review help?
17
2
Share
More Forum Discussions

What Causes Car Brake Noise?

The reason for car brake noise is a problem in the brake system. Worn brake pads become very thin, causing the brake drum to directly contact the vehicle, resulting in noise from metal friction. If the brake pads are too thin, a warning indicator light should illuminate. If the wear hasn't reached the set limit, the light may sometimes not come on. If the brake pads are found to be fine upon inspection, the car can be driven normally. If the car is new, because both the brake pads and brake discs are brand new, they are in the break-in period, which can cause unusual noises while driving. If the noise is due to this reason, the owner need not worry, as the noise will automatically disappear after the car completes the break-in period.
6
4
Share

How to Drive a New Energy Vehicle?

Steps to drive a new energy vehicle: 1. Fasten your seatbelt before starting, press the brake and release the handbrake, then press the car start button to change its color to green and light up the dashboard; 2. Check the surrounding environment, and after confirming safety, shift the gear from N to D; 3. Slowly release the brake to start the car, then press the accelerator to drive normally. When parking, it is important to first press the brake, then shift the gear to N (neutral), pull up the handbrake, turn off the engine and wait for the start button to dim, and finally lock the car when getting off. The core power of new energy vehicle models consists only of the motor and battery, with a relatively simple structure and low technical barriers, so there are relatively more models available and they are easier to drive.
16
5
Share

What should you do when driving in waterlogged sections while following another vehicle?

When driving in waterlogged sections while following another vehicle, you should appropriately increase the following distance to maintain a safe gap, slow down or stop in advance to observe the conditions, turn on the windshield wipers beforehand, enter the water slowly while maintaining steady throttle, and drive at a constant speed in a low gear. When driving on waterlogged roads, the vehicle should first ensure stable and sufficient power to keep the exhaust pipe filled with pressurized gas, preventing water from backing into the exhaust pipe and causing the engine to stall. During the drive, avoid stopping midway, shifting gears, or making sudden turns of the steering wheel. If the driver is unsure about the road conditions, it is best to wait for other vehicles with higher ground clearance to pass first, observe how they navigate the waterlogged section, and then follow their path for safer passage. Avoid having multiple vehicles enter the water in succession, as a malfunction in the leading vehicle could affect the normal operation of the following ones.
14
4
Share

What engines are equipped in Lynk & Co vehicles?

Lynk & Co models are equipped with two types of engines: one is a 1.5-liter three-cylinder turbocharged engine, and the other is a 2.0-liter turbocharged four-cylinder engine. Lynk & Co is a premium brand jointly established by Geely Holding Group, Geely Auto Group, and Volvo Car Group in the new era. Lynk & Co vehicles are built on platforms co-developed by Geely and Volvo, and they incorporate many of Volvo's technologies. The Lynk & Co 03 is a compact sedan under the Lynk & Co brand, with a wheelbase of 2730 mm and dimensions of 4639 mm in length, 1840 mm in width, and 1460 mm in height. There is also a high-performance version of the Lynk & Co 03, which is equipped with a more powerful 2.0-liter turbocharged engine.
11
1
Share

Can You Still Drive with a Punctured Tire?

Whether you can still drive with a punctured tire depends on the location of the puncture. If the puncture is on the tread, the tire can still be driven after being repaired. However, if the puncture is on the sidewall, it is not safe to drive even after repair. The sidewall is the thinner and more fragile part of the tire, and damage to it poses a potential risk of a blowout, so it is recommended to replace the tire directly. If the tire is punctured but not leaking air, the owner should not remove the foreign object directly, as doing so may cause air leakage, making the car undrivable. Instead, drive slowly to a repair location. If the tire is severely leaking air, do not force the drive, as this not only harms the tire but also poses a driving hazard.
19
5
Share

Is Engine Shaking Normal?

Engine shaking under normal working conditions is normal, but this shaking should be relatively steady and regular. If you noticeably feel an increase in vehicle shaking or if it persists continuously, there may be an issue that requires inspection and repair. The cause of engine shaking is excessive carbon buildup in the combustion chamber, which not only increases the compression ratio, creating high pressure, but also generates high-temperature hot spots on the carbon deposits, leading to engine shaking. If you have already cleaned the engine carbon deposits, cleaned the throttle body, and replaced the spark plugs but still observe body shaking during idle, it is recommended to check whether the fuel supply pressure and the intake pressure sensor are functioning properly. Abnormal fuel pump supply pressure or incorrect values and poor performance of the intake pressure sensor can all cause engine shaking.
11
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.