What are the causes of braking sideslip?

2 Answers
VanHarmony
07/28/25 3:31pm
The causes of braking sideslip: 1. Emergency braking, sudden acceleration or deceleration, or steering on roads with very low adhesion; 2. Driving too fast on curves, slopes, or uneven roads; 3. Inconsistent braking performance among wheels or differences in tire tread patterns or wear levels. Solutions to braking sideslip: 1. The driver should firmly hold the steering wheel, gradually reduce the throttle (avoid braking or shifting gears), and immediately steer in the direction of the sideslip to reduce the sideslip force and prevent the vehicle from continuing to slide towards the roadside; 2. Adjust the steering as needed to gradually eliminate the vehicle's sideslip and resume normal driving.
Was this review help?
11
4
Share
CollinFitz
08/11/25 10:57pm
Having driven for decades, the root causes of braking skids are mostly related to tire conditions. When tire treads are worn or pressure is insufficient, they may perform fine on dry roads, but skidding becomes likely during braking; the risk is even greater on slippery surfaces, such as after rain or in snowy conditions. Sudden braking or braking while turning can also easily cause skidding due to sudden weight transfer, leading to vehicle imbalance. Another common factor is uneven braking systems, such as one wheel locking up while others don't respond. ABS helps reduce this by automatically releasing pressure to prevent loss of control. From experience, regularly checking tire pressure and tread depth is crucial; it's best to get professional maintenance every quarter. I also avoid high-speed driving in complex road conditions to ensure smooth driving and prevent skidding accidents.
Was this review help?
17
5
Share
Expand All
More Forum Discussions

What grade of gasoline does the Paladin use?

The Paladin uses 92-octane gasoline. 92-octane gasoline refers to gasoline with an octane rating of 92. The primary criterion for selecting gasoline grade is the engine's compression ratio, which is also a core energy-saving indicator in modern vehicles. The gasoline grade does not indicate quality but rather the proportion of iso-octane, which affects the gasoline's anti-knock properties. The Paladin is a compact SUV under the Nissan brand. The vehicle's dimensions are 4545mm in length, 1840mm in width, and 1880mm in height, with a wheelbase of 2650mm. In terms of power, the Paladin is equipped with two engines: a 2.4-liter naturally aspirated engine and a 3.3-liter naturally aspirated engine.
19
4
Share

What kind of engine oil is suitable for the Senova D50?

The Senova D50 uses engine oil under two conditions: 1. Models equipped with a 1.5L naturally aspirated engine use full synthetic oil with a viscosity of 30; 2. Models equipped with a 1.5L turbocharged engine use full synthetic oil with a viscosity of 40. The Senova D50 is a compact sedan under Beijing Automotive Group, with dimensions of 4630mm in length, 1820mm in width, and 1480mm in height, and a wheelbase of 2670mm. In terms of appearance, the front face of the Senova D50 adopts a family-style design, featuring a single horizontal bar grille with extensive chrome decorations. The headlight cluster and fog lights complement each other vertically, and the overall front face follows the popular X-shaped design.
10
2
Share

At what engine coolant temperature does the alarm trigger?

Engine coolant temperature alarm triggers between 115 to 120 degrees Celsius. The temperature gauge scale ranges from 0 to 130 degrees, with the normal operating temperature at the central 90-degree mark. After vehicle startup, the coolant temperature rises rapidly until the needle reaches the central position, where it stabilizes. Generally, it's advisable to start driving when the temperature reaches this midpoint. The automobile radiator, also known as the heat exchanger, is a key engine component that dissipates heat. Coolant absorbs heat in the water jacket, releases it when flowing through the radiator, then returns to the water jacket to complete the temperature regulation cycle. When engine temperature rises excessively, the water pump circulates coolant repeatedly to lower engine temperature, thereby protecting the engine.
4
2
Share

Can LED car taillights be repaired?

LED car taillights can be repaired. Automotive LED taillights are an innovative type of brake and tail lights that use long-lasting LED light sources, capable of signaling to other vehicles and pedestrians when the car brakes, makes a U-turn, or turns. Automotive LED taillights offer excellent light intensity, maintaining high visibility even in foggy conditions. An LED is an electroluminescent device that uses a solid-state semiconductor chip as the light-emitting material, emitting photons directly through carrier recombination. LED headlights are lighting fixtures manufactured using LEDs as the light source. Besides being used in automobiles, LED headlights can also be applied in displays, traffic signals, LCD backlights, and decorative lighting, demonstrating a wide range of applications.
15
5
Share

What Causes Steering Wheel Vibration?

Causes of steering wheel vibration: 1. Vibration at idle: Loose steering wheel bolts or rubber bushings; 2. Vibration during driving: Wheel imbalance; 3. Vibration when turning: Power steering belt too loose or too tight; 4. Vibration when braking at high speed: Excessive or frequent braking causing brake pads/discs to overheat and deform when cooled; 5. Vibration on rough roads: Worn ball joints or detached rubber bushings at connections. The steering wheel is a wheel-shaped device used to control direction in vehicles, ships, and aircraft, converting driver-applied force at the rim into torque transmitted to the steering shaft.
9
4
Share

What do the gear positions P, R, D, and S represent?

The gear positions P, R, D, and S represent: 1. P (Park): The parking gear, which uses a mechanical device to lock the rotating parts of the car, preventing it from moving; 2. R (Reverse): The reverse gear, engaged before reversing. When parking, press the safety button device on the gear shift, and the gear lever will move to the R position; 3. D (Drive): The forward gear. When driving forward normally, simply engage the D gear and the car will move forward on its own; 4. S (Sport): The sport gear, typically used when climbing slopes, especially on steeper inclines. It is also known as the "uphill gear," but this gear will increase fuel consumption.
15
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.