What Kind of Driver's License is Required for a 13-Seater Vehicle?

1 Answers
McPaislee
07/24/25 8:22pm
13-seater ordinary medium-sized buses require a B1, A2, or A1 driver's license to operate. 13-seater yellow-plate vehicles require a B1 license to drive. Below is additional information: 1. Yellow-plate vehicles: Yellow-plate vehicles typically refer to large vehicles, such as trucks over 2 tons or buses. Most commercially operated vehicles and motorcycles also have yellow license plates. A 7-seater yellow-plate vehicle requires the driver to hold a B1 driver's license. 2. Permitted vehicle types for a B1 license: The B1 license allows the operation of medium-sized buses, defined as vehicles not exceeding 6 meters in length, with a certified passenger capacity of 10 (inclusive) to 19 (inclusive) passengers.
Was this review help?
11
3
Share
More Forum Discussions

Is the Maybach small window located on the door?

The small window of the Maybach is on the car, fixed on the C-pillar. Below is more information about Maybach: 1. Brand Background: Maybach (MAYBACH) was a luxury car brand and manufacturer active in Europe from 1921 to 1940, founded by Wilhelm Maybach in Germany in 1921. 2. Maybach S-Class: The Maybach S-Class uses three types of engines: a 3.0-liter turbocharged engine, a 4.0-liter turbocharged engine, and a 6.0-liter turbocharged engine. 3. New Maybach: The new generation Maybach features high-end equipment and exclusive options. The exterior design is more noble and elegant, highlighting the status of this legendary sedan. The newly designed large chrome radiator grille, front bumper with LED daytime running lights, deep red luxury taillights, and specially developed paint and new wheels for the new car all highlight its characteristics.
19
4
Share

Does carrying 5 people affect the new car break-in period?

It is acceptable to carry 5 people in a new car during the break-in period. As long as the maximum load capacity is not exceeded and driving safety is ensured, there should be no issues. The break-in period for a new car typically ranges between 2,500 to 3,000 kilometers. During this period, the engine speed should be maintained around 2,500 rpm to ensure proper contact, friction, and adaptation of all components. Speed requirements during the break-in period: 1. Initial phase: The first 500 kilometers constitute the initial break-in. During this phase, it is advisable not to drive too fast, keeping the speed below 70-80 km/h and the engine speed below 2,200 rpm. 2. Middle phase: From 500 to 1,000 kilometers is the middle break-in phase. The maximum speed can be moderately increased, generally up to 90-100 km/h, while keeping the engine speed below 2,500 rpm. 3. Final phase: From 1,000 to 1,500 kilometers is the final break-in phase. The speed can be increased to below 120 km/h. Since the break-in is a gradual process, it is essential to increase the load progressively. Ensure the engine speed does not exceed 3,000 rpm.
12
5
Share

What does pressing the clutch mean?

Pressing the clutch means stepping on the clutch pedal to start the vehicle. Introduction to the clutch: 1. Function: The clutch consists of friction plates, spring plates, pressure plates, and a power output shaft. It is located between the engine and the transmission, used to transfer the torque stored on the engine flywheel to the transmission, ensuring that the vehicle delivers appropriate driving force and torque to the drive wheels under different driving conditions. It belongs to the powertrain category. 2. Three working states: The clutch has three working states: disengaged when the clutch is pressed down, fully engaged when the clutch is not pressed down, and semi-engaged when the clutch is partially pressed down.
3
3
Share

Does replacing bearings affect a new car?

Replacing bearings does not affect a new car. Related introduction of bearings: 1. Function: Bearings are crucial components in modern mechanical equipment. Their main function is to support mechanical rotating bodies, reduce the friction coefficient during movement, and ensure rotational accuracy. 2. Lifespan: Due to differences in manufacturing precision and material uniformity, even bearings of the same material and size from the same batch may have varying lifespans under identical working conditions. Taking statistical lifespan as 1 unit, the longest relative lifespan is 4 units, the shortest is 0.1-0.2 units, with a ratio of 20-40 times between the longest and shortest lifespans. 90% of bearings do not experience pitting corrosion, and the number of rotations or hours they endure is called the bearing's rated lifespan.
11
2
Share

Why Can Continental CC5 Still Be Purchased Despite Being Discontinued?

Although the Continental CC5 has been discontinued, its production line still exists and is operated by third-party manufacturers partnered with Continental. Below is more information about the Continental CC5: 1. Tire Noise Reduction: The Continental CC5 utilizes Continental's exclusive "3D Active Noise Cancellation System" technology, which disrupts tire resonance and breaks the airflow that generates noise in the longitudinal tread grooves, achieving a quiet tire performance. 2. Reduced CO2 Emissions: The tread of the CC5 features a precisely segmented design. The inner multi-variable lateral grooves reduce noise, the central rib V-shaped sipes enhance comfort, and the outer lateral groove bevel design improves handling performance. This multi-functional tread design meets various handling needs. Additionally, the CC5 incorporates Continental's exclusive third-generation silica compound technology, reducing rolling resistance by 9% compared to the previous generation, thereby saving fuel and reducing CO2 emissions. 3. Specifications: As the CC5 is Continental's mid-to-low-end product, it comes in three rim sizes: 14, 15, and 16 inches, primarily suited for compact and subcompact cars. With a treadwear index of 360, its wear resistance is relatively poor. Continental tires prioritize comfort, featuring softer treads and sidewalls compared to other brands, which slightly compromises their durability.
4
3
Share

Why Does Turning on the Air Conditioning Cause a Significant Drop in Car Power?

The following are the reasons why turning on the air conditioning causes a significant drop in car power: 1. Low engine power: Unlike household air conditioners, car air conditioners are usually directly driven by the engine, with power typically ranging from 1KW to several KW. However, when the air conditioning is turned on, the blower is usually also activated for air circulation; otherwise, true cooling cannot be achieved. Although a car's power can typically reach 80KW, that is the engine's maximum power, and in actual use, it often falls far short of this value, especially at low speeds, where the power is often only utilized at 30-40%. 2. High proportion of engine power at low speeds: In addition to overcoming the vehicle's driving resistance, the engine's power is also needed to charge the battery to compensate for the consumption of car appliances (including the air conditioning blower, lights, radio, etc.), as well as for power-assisted systems like steering and braking. Therefore, although the air conditioning's power may seem small overall, it occupies a large proportion at low speeds and during startup, making it easy to feel a noticeable drop in power.
20
5
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.