What is the S gear in automatic transmission?

Where is the spare tire of Roewe RX5?

Roewe RX5's spare tire is stored inside the trunk, located beneath the onboard tool kit. Operation steps: Flip open the trunk liner, hang the liner handle on the drainage groove, then remove the onboard tool kit, loosen the spare tire locking knob, and then you can take out the spare tire. Additional information: The spare tire of Roewe RX5 is a non-full-size tire, which can only be used as a temporary replacement and should only be used on non-driving wheels. The maximum speed should not exceed 80km/h. Non-full-size spare tires are lighter and smaller, not occupying much trunk space. The reduced weight of non-full-size spare tires means slightly lower fuel consumption, thereby providing more power. Being smaller than regular tires, non-full-size spare tires do not take up much rear space and also lower the cost.

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What is the difference between the Axela and the Mazda 3?

The Axela is the third generation of the Mazda 3, with three generations of products in China. The first generation was called the Mazda 3, the second generation was called the Mazda Xingchi, and the third generation is called the Mazda 3 Axela. Additional Information: 1. Exterior Design: The Mazda 3 adopts the second-generation KODO design language, featuring a more avant-garde and aggressive overall appearance. At the front, the grille has become larger and flatter, with chrome accents added between the grille and the headlight clusters. The lower front bumper features a continuous air intake, giving it a wide and refined visual appeal. The side profile is very sleek, with less pronounced character lines compared to the current Mazda 3 Axela, resulting in a more rounded overall look. Paired with multi-spoke alloy wheels, it exudes a strong sense of sportiness. 2. Interior: The all-new Mazda 3's dashboard is highly sporty, featuring mechanical gauge clusters to cater to enthusiasts. The three-spoke steering wheel has been redesigned, while the floating central display design from the current Mazda 3 Axela is retained. However, compared to the current model, the new car is equipped with an 8.8-inch infotainment system, positioned further back and more driver-oriented. 3. Powertrain: The new Mazda 3 continues to use the current Mazda 3 Axela's 1.5L and 2.0L naturally aspirated engines, with maximum power outputs of 86kW (117PS) and 116kW (158PS), respectively. The chassis features a front MacPherson strut independent suspension and a torsion beam rear suspension.

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What are the benefits of modifying the exhaust system?

Primarily for aesthetics and performance. Below is an introduction to the functions of exhaust system modifications: 1. Purely for aesthetics, modifying the exhaust tip: This minor modification to the exhaust tip has absolutely no impact on the vehicle and achieves the desired effect at minimal cost. It represents the most basic and simplest form of minor modification. It doesn't alter the sound, performance, or cause the exhaust emissions to fail compliance tests. For some, this might be a low-investment, low-risk approach with decent returns—its sole characteristic being visual appeal. 2. For aesthetics and enhanced sound, modifying the mid and rear sections: This type of modification can only be considered a mild alteration. Since it doesn't involve changes to critical components like the engine, exhaust manifold, sensors, or catalytic converter, it generally requires minimal expenditure to achieve satisfactory results. 3. Modifying exhaust backpressure and ECU remapping for performance enhancement: Typically pursued only by professional car enthusiasts, this requires knowledgeable owners and specialized tuning shops with sufficient time and financial resources. Replacing original critical components and altering the ECU programming steps beyond warranty coverage and legal boundaries, introducing potential instability. Hence the saying "Modifying cars impoverishes three generations, tuning ruins a lifetime"—ordinary people should minimize such endeavors.

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What are the five driving modes of the Mercedes-Benz GLC?

The five driving modes of the Mercedes-Benz GLC are Eco, Comfort, Sport, Sport+, and Custom. Below is the relevant information: 1. First, in the normal Comfort mode of the Mercedes-Benz GLC, balanced comfort is its most prominent feature, delivering a steady and smooth performance without rush or agitation. The light and precise steering is particularly adept at low speeds. 2. Compared to Comfort mode, the Eco mode of the Mercedes-Benz GLC feels even more relaxed, almost to the point of seeming slightly sluggish. The transmission always tries to shift to the highest gear possible, cruising in 6th gear at just 60 km/h. 3. When switching to Sport or Sport+ mode, the Mercedes-Benz GLC transmission keeps the engine RPM above 2500, and the steering wheel immediately becomes much firmer, ensuring the GLC can unleash powerful bursts of acceleration at any moment.

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What is the official fuel consumption of the Honda Civic?

Honda Civic fuel consumption is generally 5.4L. Here are some methods to reduce fuel consumption for the Honda Civic:1. Strengthen vehicle maintenance: Maintenance affects engine performance and driving resistance. According to statistics, poorly maintained engines can increase fuel consumption by 10% to 20%. Owners should regularly take their vehicles to repair shops for routine maintenance, such as checking tire pressure, wheel alignment, adjusting brake pad and drum clearance, lubricating chassis points, timely oil changes, and filter inspections.2. Avoid prolonged engine idling: Fuel consumption during idle parking is much higher than during normal driving. Therefore, it is best to turn off the engine when the vehicle is not in use for a long time, such as when waiting for someone. During cold starts, warming up the engine should not exceed 1 minute; maintaining low-speed driving for a few minutes is sufficient.3. Avoid sudden braking and acceleration: Smooth and steady driving is the most fuel-efficient. During acceleration, avoid stomping on the accelerator. The correct method is to accelerate smoothly and maintain a constant speed once a certain speed is reached. In congested areas, pay attention to road conditions ahead to avoid sudden braking. This not only saves fuel but also extends the vehicle's lifespan.

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What is the 0-100 km/h acceleration time for the Buick Excelle?

1.0L version of the Buick Excelle has a 0-100 km/h acceleration time of 9.2 seconds. 1.3L version of the Buick Excelle has a 0-100 km/h acceleration time of 8.5 seconds. Additional information: There are many factors that affect a car's 0-100 km/h acceleration time: 1. Engine displacement size. 2. Vehicle weight. 3. Quality of tires. 4. Transmission type. 5. Road conditions, etc. About the Buick Excelle: 1. In terms of power, the Buick Excelle offers a choice between a 1.0L turbocharged engine and a 1.3L turbocharged engine. 2. The 1.0L version of the Buick Excelle has a maximum horsepower of 125 hp, while the 1.3L version has a maximum horsepower of 163 hp.

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What is the S gear in automatic transmission?

Where is the spare tire of Roewe RX5?

What is the difference between the Axela and the Mazda 3?

What are the benefits of modifying the exhaust system?

What are the five driving modes of the Mercedes-Benz GLC?

What is the official fuel consumption of the Honda Civic?

What is the 0-100 km/h acceleration time for the Buick Excelle?

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