Will a tire burst if the tread pattern is worn flat?

1 Answers
LeMaggie
07/29/25 12:57pm
Tire tread wear can lead to tire bursts. Here is extended information about when tires need replacement: 1. Bulging deformation: Tire bulging indicates internal structural damage, usually caused by sidewall compression or severe impacts. 2. Aging: Numerous fine cracks on the tread surface (called crazing) indicate significant rubber deterioration. 3. Patching: Any type or extent of tire repair will reduce the tire's performance and strength. The remaining tread depth should stay above the wear limit. If it reaches or falls below this limit, replace the tire immediately.
Was this review help?
16
2
Share
More Forum Discussions

What is the 0-100 km/h acceleration time for the 8th-generation Accord 2.4?

8th-generation Accord 2.4 can accelerate from 0-100 km/h in approximately 8.8 seconds. Powertrain configuration of the 8th-generation Accord: The gasoline models are equipped with either a low-power L15BM or high-power L15BN 1.5T turbocharged engine, with maximum power outputs of 130kW and 143kW respectively, and maximum torque of 230Nm and 260Nm respectively. The hybrid version features a hybrid powertrain consisting of a 2.0L naturally aspirated engine and an electric motor. Acceleration performance of the 8th-generation Accord: The acceleration process of the 8th-generation Accord delivers strong push-back sensation, with acceleration maintained at 0.5-0.6g. The braking performance is also excellent in later stages, achieving a 100km/h-0km/h braking distance of 37.07 meters. The chassis tuning is relatively stable, with minimal body posture changes.
19
1
Share

What are the specific features of the Corolla Hybrid?

The Corolla Hybrid features EV Electric Mode, ECO Energy-saving Mode, and POWER Dynamic Mode. Below are the introductions to these three driving modes: EV Electric Mode: Press the EV button to enable the motor to operate independently. This reduces exhaust emissions while providing a unique driving experience. ECO Energy-saving Mode: Achieves a more ideal driving state, truly balancing practicality and environmental friendliness. POWER Dynamic Mode: Press the POWER button to immediately enhance throttle response sensitivity, delivering robust power especially when driving on slopes or highways. Regenerative Braking System: Hybrid vehicles have a core component called the regenerative braking system. When releasing the accelerator or lightly pressing the brake pedal, the traditional braking system is not engaged. Instead, the regenerative braking system provides braking force while converting the vehicle's kinetic energy into electrical energy, which is stored in the battery. During gradual deceleration, a significant amount of braking energy can be recovered and converted into electricity for vehicle use. However, during sudden braking, most of the kinetic energy is wasted as useless heat.
1
2
Share

Are the Three Major Components of Lavida Start and Santana the Same?

Lavida Start and Santana do not share the same three major components. Engine: Both are equipped with the EA211 all-aluminum engine, which demonstrates excellent fuel efficiency. Santana comes with the EA211 series 1.4L and 1.6L naturally aspirated engines, with maximum power outputs of 90 and 110 horsepower respectively, and peak torque of 132 and 155 Nm. In terms of powertrain options, Lavida offers 1.6L, 1.2T, and 1.4T variants, with the two turbocharged engines delivering notably stronger performance. Transmission: Both models use a 6AT transmission, but Santana lacks a manual-shift function. For the chassis, Lavida employs four-wheel disc brakes, whereas Santana uses front disc and rear drum brakes. Safety Features: Lavida comes standard across all trims with ESP (Electronic Stability Program), tire pressure monitoring, and even MKB (Multi-Collision Brake) system, significantly reducing secondary impacts caused by subsequent collisions in rear-end scenarios.
7
2
Share

How much fuel consumption is 0.7 yuan per kilometer?

0.7 yuan per kilometer is equivalent to 9 liters of fuel consumption. The following factors affect fuel consumption: 1. Rough roads increase fuel consumption: Driving on congested or uneven roads for extended periods in low gears will inevitably increase fuel consumption. 2. Using the trunk as storage increases fuel consumption: Loading the trunk with unnecessary items increases the vehicle's weight. It's important to note that vehicle weight is directly proportional to fuel consumption. A 10% reduction in vehicle weight can lead to a corresponding percentage decrease in fuel consumption. 3. Incorrect driving habits can double or triple fuel consumption: Poor driving habits have the greatest impact on fuel consumption. During driving, especially in traffic jams, at red lights, or when changing lanes, sudden acceleration and braking are the most common issues.
13
3
Share

What car has a triangle and a lightning bolt logo?

A triangle and a lightning bolt is the logo of DS Automobiles, a subsidiary of Citroën. Here are some key features of DS: 1. Hydropneumatic Suspension System: DS was the first car to use a hydropneumatic suspension system. Before this, springs were used for vehicle shock absorption, presenting a dilemma where sportiness and comfort couldn't be balanced. This breakthrough technology offered a viable solution. 2. Transmission and Clutch: When the brake button is pressed, the engine speed is adjusted below the clutch engagement speed via brake hydraulic and electrical circuits. This prevents unnecessary gear wear at red lights. Upon releasing the brake, the engine idle speed increases, engaging the clutch for normal forward movement. In an era when most cars only had manual transmissions, this design was undoubtedly innovative and convenient.
6
4
Share

Can the car still be driven if the clutch is burnt out?

If the clutch is burnt out, the car cannot be driven. Think of the clutch disc as a brake pad and the flywheel as a brake disc. When the clutch disc is severely worn, the flywheel will also be damaged. If not addressed promptly, the car will not be able to operate normally. The clutch is located in the flywheel housing between the engine and the transmission, with the clutch assembly fixed to the rear plane of the flywheel by screws. The output shaft of the clutch is the input shaft of the transmission. Reasons for clutch disc burnout include: 1. Improper operation by the driver, such as semi-engaging the clutch, which causes continuous friction between the clutch disc and the pressure plate flywheel, generating high temperatures; 2. When the driver abruptly releases the clutch pedal, the clutch disc and pressure plate suddenly engage, easily causing the clutch disc to break down and wear the pressure plate surface; 3. The clutch disc has been used for too long or has exceeded the mileage limit, leading to natural aging and wear; 4. The clutch disc material is substandard, resulting in premature damage.
3
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.