···
Log in / Register

Should the downhill vehicle yield to the uphill vehicle on a narrow ramp?

4 Answers
StTheo
07/30/25 12:37am
It is correct for the downhill vehicle to yield to the uphill vehicle on a narrow ramp. Here are the specific details: 1. Introduction: According to Article 48, Paragraph 3 of the "Regulations for the Implementation of the Road Traffic Safety Law of the People's Republic of China," the uphill vehicle has the right of way on a narrow ramp. However, if the downhill vehicle is already on the ramp while the uphill vehicle has not yet started ascending, the downhill vehicle should proceed first. This is because vehicles going uphill are more prone to stalling, which can lead to traffic accidents. 2. Meeting situation: When both uphill and downhill vehicles are at opposite ends of the ramp, if the downhill vehicle proceeds first, its higher speed can increase the risk of driving hazards. Conversely, if the uphill vehicle goes first, even if an accident occurs, the consequences are likely to be less severe. 3. Reason: When both vehicles are in the middle of the ramp, if the uphill vehicle stops to yield to the downhill vehicle, manual transmission vehicles are particularly prone to stalling and rolling back, which can cause accidents. This is because uphill vehicles must increase throttle to overcome the ramp's resistance, requiring more engine power and traction to climb. On the other hand, if the downhill vehicle yields to the uphill vehicle, the situation is much simpler, as the downhill vehicle can easily brake and descend smoothly.
Was this review help?
7
5
Share
SilasFitz
08/15/25 5:34am
When I first got my driver's license, I drove on narrow mountain roads in my hometown and would get nervous when encountering oncoming traffic. My instructor taught me that downhill vehicles should yield to uphill vehicles, and I kept that in mind. Once, I came across a fellow villager driving a tractor uphill, so I pulled over and waited. Think about it—if an uphill vehicle is forced to stop, restarting the climb could easily lead to stalling or rolling back, which is more dangerous. Downhill vehicles have gravity assisting them, making braking easier to control and stopping safer. Later, I developed the habit of maintaining a slow speed on such roads, always watching for oncoming vehicles and ensuring I didn’t stall when yielding. Safe driving is a responsibility—not just about following rules but also protecting others. Narrow slopes combined with curves are accident-prone, but yielding prevents trouble. Now, every time I return to the village, this practice feels natural, and fellow drivers agree with the habit.
Was this review help?
5
0
Share
Expand All
OClaire
10/20/25 2:20am
Having driven for over a decade and navigated countless mountain roads, I must say the rule of yielding to uphill traffic is truly a nugget of wisdom. Uphill vehicles struggle with power—stopping and restarting is like pushing a heavy rock, prone to stalling or losing control. Meanwhile, those of us going downhill can stop steadily with just a light brake tap, so why not yield? Once, during a rainy slope encounter, I nearly sideswiped another car by not yielding—that taught me a lesson. My advice: don’t just memorize rules; adapt to conditions. For instance, stop early on wet roads instead of braking last-minute, or honk if visibility is poor. Ultimately, yielding saves more hassle than rushing, preventing rear-ends or rollovers. Sharing such tips makes driving smoother and safer.
Was this review help?
19
3
Share
Expand All
LaLuke
12/03/25 2:52am
When driving, I always remember that on narrow slopes, the downhill vehicle should yield to the uphill vehicle. If an uphill vehicle stops, it's difficult to restart and may roll backward; a downhill vehicle can stop more easily and safely. The rule is based on risk control: on narrow slopes, a collision could lead to a rollover. Always operate gently and use turn signals when yielding. Developing this habit can save a lot of trouble.
Was this review help?
11
2
Share
Expand All
More Forum Discussions

What are the types of automotive fuses?

Types of automotive fuses: 1. Blade-type fuses can be divided into: micro blade fuses, mini automotive fuses, standard automotive fuses, and maxi automotive fuses. The rated current ranges from 1-40 amperes (A) to maxi 30-120 amperes (A), with a rated voltage of 32 volts (V). 2. Bolt-down fuses can be divided into: mini bolt-down fuses and maxi bolt-down fuses. The rated current ranges from 30-150 amperes (A) to maxi 40-800 amperes (A), with a rated voltage of 32/125 volts. 3. Automotive glass tube fuses can be divided into: 6.35*30mm glass tube fuses, 6.35x31.75mm glass tube fuses, and 10*38mm glass tube fuses. The rated current ranges from 0.5-20 amperes (A) to 10x38mm 20-80 amperes (A), with a rated voltage of 32 volts (V).
18
0
Share

Why Are Used Buick Enclaves Cheap?

Here are the reasons why used Buick Enclaves are inexpensive: 1. Body dimensions: The Enclave measures 5189mm in length, 2002mm in width, and 1775mm in height, with a wheelbase of 3071mm. 2. Exterior design: The front fascia follows Buick's family design language, featuring a winged design that gives a Buick GL8 vibe. The grille has a more rounded shape, complemented by chrome accents for a refined look. 3. Interior: It exudes a strong sense of luxury, with all seats wrapped in leather and filled with ample padding for excellent support and comfort. The tactile feel throughout is superb. The instrument panel and central display have been redesigned, offering a high-tech appearance. 4. Powertrain: It comes equipped with either a 2.0T or a 3.6L V6 engine, paired with a 9-speed automatic transmission, delivering robust performance.
10
1
Share

What is the reason for no signal power to the fuel injector?

The reason for no signal power to the fuel injector is that the signal line controlled by the ECU has no control signal. The ignition system should be checked for abnormalities, otherwise the ECU will not provide the fuel injection signal. The following are precautions for fuel injector use: 1. Do not reduce the fuel grade: For gasoline fuel injectors, the fuel grade represents the anti-knock performance of the fuel. Generally, the higher the quality of the fuel injector cleaner, the higher the compression ratio, and the higher the fuel grade required. This is also the focus of work for ternary cleaning shops. 2. Do not intentionally drive at low RPM: Drivers deliberately using low speed and high gear will increase the burden on the engine, and too low RPM will also cause incomplete combustion of the engine, forming carbon deposits. This is something that must be paid attention to when using fuel injector cleaners.
18
1
Share

What does it mean to check the license plate light?

The vehicle's license plate light is malfunctioning and needs to be checked. Get out of the car and check the rear of the vehicle. If the license plate light is not working, it is usually caused by a burnt-out bulb or a short circuit in the wiring. Location of the license plate light: The license plate light is located above the license plate at the rear of the vehicle. Its main function is to illuminate the license plate. The switch for the license plate light is usually integrated with the vehicle's parking lights. When the parking lights are turned on, the license plate light will illuminate, along with the parking lights on both sides of the front and rear of the vehicle, the dashboard lights, and the interior button lights. Relevant regulations: According to the Road Traffic Safety Law of the People's Republic of China, a malfunctioning license plate light on a motor vehicle is considered non-compliant with safety standards and may result in a fine. Before driving, it is essential to check all the vehicle's lights.
9
3
Share

Why does the Verna with small displacement have such high fuel consumption?

High fuel consumption in vehicles is largely related to poor driving habits and the type of roads driven on. Habits like squeezing through gaps whenever possible and overtaking every car in sight can significantly impact fuel efficiency. Additionally, situations like waiting at red lights, traffic congestion, lane changes, and speeding, especially rapid acceleration and sudden stops, can cause substantial wear and tear on the vehicle. It's not necessarily related to engine displacement. Factors affecting fuel consumption include: 1. Engine power and torque: More advanced engines with higher power output don't require heavy throttle input or high RPMs. 2. Transmission technology and matching: This directly determines the efficiency loss in power transmission. 3. Vehicle weight, aerodynamic drag, and tire friction coefficient: Lighter vehicles with lower chassis and better aerodynamics are more fuel-efficient. 4. Driving habits: Gentle acceleration, anticipatory throttle control to maintain speed, fewer sudden brakes, and maintaining a steady speed. This factor alone can cause a 3-liter difference in fuel consumption per 100 km between different drivers of the same car.
9
3
Share

What Causes Severe Jerking in a Car?

Severe jerking in a car may be caused by the following issues: 1. Power supply system: Spark plugs or ignition coils. If the high-voltage spark is weak, causing intermittent poor engine performance, it can result in jerking. 2. Fuel system: Fuel injectors. If the fuel injectors have carbon buildup, minor blockages, or poor atomization, it can easily lead to abnormal fuel injection and cause jerking. 3. Transmission: Impacts, jerking, or gear hunting are usually caused by a damaged valve body or dirty transmission fluid with internal impurities. Especially when dirt and impurities accumulate inside the valve body, blocking the pipelines, it can prevent effective regulation of oil pressure, leading to jerking, impacts, or slippage. Whether it's an automatic or manual transmission, if the engine mounts or transmission mounts are damaged, they won't provide cushioning when releasing the throttle, causing jerking. 4. Throttle: If the throttle is not cleaned for a long time, excessive carbon buildup can alter the throttle opening angle, resulting in jerking when releasing the throttle.
10
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.