What are the speed limits for two lanes?

2 Answers
MacJudah
07/29/25 12:14am
If it is a highway with two lanes in the same direction, the speed limit for the left lane is 100 to 120 kilometers per hour, and the speed limit for the right lane is 60 to 80 kilometers per hour. If it is an urban road, the speed limit for both lanes is 30 to 40 kilometers per hour. Introduction to speed limits: Speed limits generally refer to the regulation of vehicle speeds within a certain numerical range over a specified distance of road. Purpose of speed limits: The main purpose is to preemptively remind drivers to reasonably control their speed in subsequent sections of the road ahead, prevent the dangers of speeding, and ensure driving safety. Speed limits are an indispensable and most important part of road transportation safety.
Was this review help?
12
1
Share
OElijah
08/12/25 4:30am
I have quite a bit of driving experience, and the speed limit on dual carriageways depends on the specific situation. Generally speaking, on highways with two lanes, the speed limit is usually uniformly marked, for example, in most parts of China, it's 120 kilometers per hour, applicable to all small vehicles. Whether it's the inner lane or the outer lane, the speed limit is the same, but the inner lane is often used as an overtaking lane, so drivers naturally tend to drive faster. However, don't be misled, speeding can still be caught by cameras and result in fines. I remember once driving on a dual carriageway highway in the rain when the speed limit was reduced to 80 kilometers due to the increased risk from slippery roads. Safety first is key, so I recommend checking local traffic regulations before heading out or using a navigation app for real-time speed limit updates. On long-distance drives, fatigue makes speeding more likely, so taking regular breaks is important.
Was this review help?
6
4
Share
Expand All
More Forum Discussions

What are the solutions for fogging on the outside of car windows?

Solutions for fogging on the outside of car windows include: 1. Car defogger: Evenly spray the car defogger on the inner surface of the car glass and wipe it clean; 2. Soap method: Slightly moisten the soap to make it softer, clean the glass, then evenly apply the soap over the entire glass surface, wait for the soap to dry on the glass, and remove the dried soap with a tissue or newspaper; 3. Use the car defogger button: On the car dashboard, you can see a 'front' button, which is the front window defogger, and a 'rear' button, which is the rear window defogger. Turn on the front and rear window defoggers. Initially, the fog on the glass may become heavier, but soon the fog will be dried by the warm air from the air conditioner, and the water vapor inside the car will disappear. The windows will remain fog-free for a long time, and the interior of the car will become warmer.
12
0
Share

Is the Volkswagen Golf produced by FAW or SAIC?

Golf is a brand under FAW-Volkswagen, a classic hatchback/small family car model launched by Volkswagen in 1974. FAW-Volkswagen Automobile Co., Ltd. was established on February 6, 1991, with its headquarters located in Changchun, Jilin. The company is jointly formed by China FAW Corporation Limited, Volkswagen AG, Audi AG, and Volkswagen Group China Investment Co., Ltd. Below is some relevant information about the Golf: 1. The body dimensions of all Golf models are 4296 mm in length, 1788 mm in width, 1471 mm in height, and 2636 mm in wheelbase. The vehicle is a five-door, five-seat hatchback with a fuel tank capacity of 51 liters and a trunk capacity of 380 liters. 2. The Golf models are equipped with a 1.2-liter turbocharged engine or a 1.4-liter turbocharged engine paired with a seven-speed dry dual-clutch transmission. All models feature a front-wheel-drive system with five seats. It is classified as a compact car and is often referred to as a "hot hatch" model.
4
1
Share

What are the symptoms of a faulty transfer case in a Mitsubishi Pajero?

The symptoms of a faulty transfer case in a Mitsubishi Pajero include the inability to switch to four-wheel drive mode or unusual noises while driving. Here is additional information: 1. Introduction to the transfer case: The transfer case is a device that distributes the engine's power, sending it to the rear axle or simultaneously to both the front and rear axles. The transfer case is essentially a component found in four-wheel-drive vehicles. As four-wheel-drive technology has advanced, transfer cases have also evolved, resulting in various distinct types. 2. Part-time four-wheel-drive transfer case: Part-time four-wheel-drive vehicles typically operate as two-wheel-drive vehicles but can switch to four-wheel-drive for off-road conditions. The part-time four-wheel-drive transfer case is a purely mechanical device. When engaged in four-wheel-drive mode, this type of transfer case creates a rigid connection between the front and rear axles, enabling a 50:50 power distribution between them, which significantly enhances the vehicle's off-road capability.
15
3
Share

How to Use and Adjust the Lights on the Roewe RX5?

Roewe RX5 uses a stalk-type light switch, and all light operations can be performed on the stalk located on the left side of the steering wheel. The purpose of each symbol on the stalk can be identified, including low beam, high beam, fog lights, turn signals, etc. Although there are many lights, the operation is relatively convenient and easy to understand. Here are the specific details: 1. Powertrain: The RX5 is equipped with a 2.0T turbocharged engine independently developed by SAIC. This engine, model MGE2.0TGI, adopts in-cylinder central direct injection technology, with a maximum power of 162kW/5300rpm and a maximum torque of 350Nm/2500-4000rpm. 2. Interior: The interior is indeed one of the highlights of this car. In the central console area, there is a floating vertical touchscreen, which is relatively large and seamlessly integrated with the central console. This provides strong driving convenience and a highly technological atmosphere.
9
5
Share

Why is it called Audi Quattro?

Audi "Quattro" actually refers to the Chinese pronunciation of the English word "quattro" for Audi's four-wheel drive system. Here are the details: 1. Introduction: The Audi quattro system is a very famous automotive four-wheel drive system, whose reputation even surpasses BMW's X-DRIVE and Mercedes-Benz's 4MATIC. Audi began developing the quattro system in 1977, and in 1980, the Audi A2 race car equipped with quattro competed in the WRC, achieving seven stage victories and the team championship, which is why the quattro system became world-famous. 2. Advantages of Audi quattro: The Audi quattro system uses a purely mechanical full-time four-wheel drive structure. Compared to other four-wheel drive systems with electronic controls, quattro excels in stability, reliability, and safety. Additionally, the Torsen differential it employs is far superior in both strength and performance compared to the commonly used multi-plate clutches. Audi quattro is a four-wheel drive system focused on road performance, and models equipped with quattro outperform front-wheel and rear-wheel drive models in the same class.
16
1
Share

What is a CVT Transmission in Cars?

Automotive CVT refers to a continuously variable transmission that allows the gear ratio to be adjusted steplessly during power transmission, achieving continuous changes in the transmission ratio. Below are some advantages of CVT: 1. Excellent fuel economy. CVT can achieve stepless speed variation over a wide range, obtaining the optimal match between the transmission system and engine conditions. By relying on the transmission's stepless speed regulation to adapt to various vehicle speeds, the engine can operate under optimal conditions for extended periods, thereby improving combustion efficiency and, consequently, fuel economy. 2. Superior power performance. CVT can achieve closed-loop control with the engine, fully utilizing the engine's maximum torque. Its performance in reducing speed and increasing torque is significantly better than that of MT and AT transmissions. Therefore, when installed in SUV models that emphasize torque, CVT-equipped vehicles show a 7.5% to 11.5% improvement in acceleration performance (0~100 km/h) compared to AT vehicles, with high-speed acceleration performance surpassing that of MT vehicles. The characteristics of CVT make its power performance significantly superior to manual and automatic transmissions.
7
0
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.