What is the difference between autonomous driving levels L1 and L2?

What is the fuel consumption of the Magotan 280?

This model has a fuel consumption of approximately 7.1 liters per 100 kilometers. Below is relevant information about the Magotan: 1. The Magotan 280TSI model is equipped with a 1.4-liter turbocharged engine, paired with a 7-speed dual-clutch transmission. 2. The Magotan is available with three engine options: a 1.4-liter turbocharged engine, a low-power version 2.0-liter turbocharged engine, and a high-power version 2.0-liter turbocharged engine. The 1.4-liter turbocharged engine, coded as EA211-DJS, delivers a maximum power of 110 kW and a maximum torque of 250 Nm. Its maximum power is achieved at 5000 to 6000 rpm, and the maximum torque is available from 1750 to 3000 rpm. This engine features direct fuel injection technology and utilizes an aluminum alloy cylinder head and block.

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Is stalling on a hill start a point deduction or an immediate failure?

Stalling during a hill start will result in a 20-point deduction. Below are the specific reasons for stalling due to vehicle shuddering during a hill start: Insufficient throttle during hill start: When starting on an incline, if no throttle is applied, the engine may stall due to insufficient idle speed to move the vehicle. Releasing the clutch too quickly: During a hill start, when the left foot slowly releases the clutch pedal until the vehicle begins to shudder, it should be held in this position momentarily to confirm if the vehicle has the tendency and power to move forward. Do not continue to lift the clutch pedal further to prevent stalling. Note: If the vehicle slightly rolls backward the moment the handbrake is fully released, this can be resolved by gently lifting the clutch and lightly pressing the throttle simultaneously. Generally, even if there is a slight rollback, the distance will not exceed the 30 cm limit required in the test.

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Should the left turn signal be used when starting on a slope?

When starting again after stopping on an uphill slope, the left turn signal should be used. Below is the relevant introduction: Subject 2: Subject 2, also known as the small road test, is part of the motor vehicle driver's license assessment and is the abbreviation for the field driving skill test subject. The C1 test items include five compulsory items: reverse parking, parallel parking, stopping and starting on a slope, turning at a right angle, and driving on a curve (commonly known as the S-curve) (some regions also have a sixth item: high-speed card collection). The C2 test items include four compulsory items: reverse parking, parallel parking, turning at a right angle, and driving on a curve (commonly known as the S-curve). Passing standard: The full score is 100 points, with evaluation criteria set for failing, deducting 20 points, deducting 10 points, and deducting 5 points.

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What Causes Engine Vibration After Starting?

Causes of engine vibration during car startup include severe carbon buildup in the engine, ignition system issues, unstable oil pressure, etc. Slight vibration is normal, but severe cases require inspection at a repair shop. Details are as follows: 1. Severe engine carbon buildup - The most common cause of car vibration is excessive dirt in the throttle body or carbon deposits in the fuel injectors. When excessive carbon accumulates inside the engine, gasoline sprayed by the cold-start injector gets largely absorbed by the deposits, resulting in an overly lean air-fuel mixture during cold starts and making ignition difficult. In this situation, the engine only starts easily after the carbon deposits become saturated with gasoline. After starting, gasoline adsorbed on the carbon deposits gets drawn into the cylinders by engine vacuum for combustion, enriching the mixture. This alternating lean/rich air-fuel mixture causes idle vibration after cold starts. 2. Ignition system issues - Check the condition of spark plugs, high-voltage wires, and ignition coils. Faulty ignition systems or poorly functioning spark plugs can also cause such symptoms. 3. Unstable oil pressure - If you've already cleaned engine carbon deposits, serviced the throttle body, and replaced spark plugs but still experience vibration during startup, inspect fuel supply pressure and the intake pressure sensor. Abnormal fuel pump pressure or incorrect readings/malfunctioning intake pressure sensors can all cause vehicle vibration.

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Why is stalling on a slope not penalized?

It is because the computer equipment or network failed to detect the vehicle stalling, so no penalty was issued. Below is an introduction to Subject 2: Introduction: Subject 2, also known as the small road test, is part of the motor vehicle driver's license assessment and refers to the field driving skills examination. Content: For small vehicles C1 and C2, the test items include five mandatory components: reversing into a garage, parallel parking, stopping and starting on a slope, turning at a right angle, and driving along a curve. For large vehicles A1, A2, A3, B1, and B2, the test items include: pole test, stopping and starting on a slope, parallel parking, crossing a single-plank bridge, driving along a curve, turning at a right angle, passing through a limited-width gate, navigating continuous obstacles, driving on undulating roads, making a U-turn on a narrow road, as well as simulated highway driving, continuous sharp turns on mountain roads, tunnels, rainy and foggy conditions, slippery roads, and emergency handling.

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What is the difference between 1.5L and 1.8L engines?

The differences between 1.5L and 1.8L engines are mainly reflected in three aspects: displacement, power, and fuel consumption: 1. The 1.8L engine has a larger displacement than the 1.5L engine. A larger displacement means greater vehicle power, similar to the difference between an 80kg and a 50kg weight class in weightlifting or boxing. 2. The 1.8L engine provides more power than the 1.5L engine. Power includes aspects such as vehicle acceleration and top speed, meaning a 1.8L car will feel more powerful when driven. 3. The 1.8L engine consumes more fuel than the 1.5L engine. Displacement is a crucial structural parameter that comprehensively measures the size of an engine. The performance indicators of an engine are closely related to its displacement. Generally, the larger the engine displacement, the higher the power output. Unit displacement is often used as a basis for evaluating the size of different engines. The sum of the working volumes of all cylinders in a multi-cylinder engine is referred to as the engine displacement.

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What is the difference between autonomous driving levels L1 and L2?

What is the fuel consumption of the Magotan 280?

Is stalling on a hill start a point deduction or an immediate failure?

Should the left turn signal be used when starting on a slope?

What Causes Engine Vibration After Starting?

Why is stalling on a slope not penalized?

What is the difference between 1.5L and 1.8L engines?

Is the car film applied on the outside or inside of the glass?

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