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How much horsepower does the Senova X35 have?

1 Answers
Giselle
07/30/25 12:37am
The Senova X35 has 116 horsepower. This model is equipped with a 1.5L naturally aspirated engine, delivering a maximum power of 85 kW and a maximum torque of 148 Nm. In terms of the transmission system, the engine is paired with either a 5-speed manual transmission or a 4-speed automatic transmission. The 1.5L naturally aspirated engine, codenamed A151, is standard across all variants of the Senova X35. During operation, this engine can output its maximum power at 6,000 rpm and reach its peak torque between 3,800 to 4,800 rpm. The BAIC Senova X35 made its official debut at the Beijing Auto Show on April 25, 2016. The new car features a black mesh grille, a front bumper with a silver skid plate, and a sporty overall design. Additionally, it comes with projector headlights and 'C'-shaped chrome decorations around the front fog lights.
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What is the recommended mileage for the first maintenance of a Mercedes-Benz C-Class?

The first maintenance for a Mercedes-Benz C-Class is recommended at 5,000 kilometers or within six months, whichever comes first. Similar to the BMW 3 Series and Audi A4L, the Mercedes-Benz C-Class does not offer free first maintenance services, meaning that the cost of the first maintenance after purchasing the vehicle must be covered by the owner. Details about the first maintenance are as follows: 1. The first maintenance refers to the initial service after the vehicle has been used. It is the first inspection after the initial break-in period, including the replacement of the lubricating oil and oil filter used during the break-in period, as well as an inspection of major components. 2. The first maintenance period is calculated from the date of vehicle delivery. According to relevant regulations, exceeding the first maintenance date is considered as voluntarily waiving the right to the first maintenance.
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Which is more fuel-efficient, Haval H4 or H6?

Haval H4 is more fuel-efficient. This model is equipped with a 1.5-liter turbocharged engine across the entire lineup. The manual transmission 1.5T Haval H6 has a combined fuel consumption of 9 liters per 100 kilometers, while the automatic transmission variant consumes 8.7 liters per 100 kilometers. The 2.0T automatic transmission model has a combined fuel consumption of 10.5 liters per 100 kilometers. The 1.5T manual transmission Haval H4 has a combined fuel consumption of 7.8 liters per 100 kilometers, and the automatic transmission variant consumes 8.4 liters per 100 kilometers. Details about the Haval H6 are as follows: 1. The Haval H6 is equipped with two engines across its lineup, one being a 1.5-liter turbocharged engine, and the other a 2.0-liter turbocharged engine. 2. The front suspension of the Haval H6 uses a MacPherson independent suspension, while the rear suspension employs a double-wishbone independent suspension.
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What is the trunk capacity of the Haval H6?

The Haval H6 has a trunk capacity of 808L, which can be expanded to a maximum of 2010L when the rear seats are folded down. The luggage compartment is pre-installed with two horizontal partitions, allowing the space to be divided into three independent areas, facilitating the organized storage of miscellaneous items. Relevant information about the Haval H6 is as follows: 1. Exterior: The new Haval H6 Platinum Edition is crafted with the minimalist design concept of 'simple, classic, and timeless,' featuring dynamic micro-curves to outline the side profile of the body, creating a sharp and ready-to-go stance. 2. Model configuration: The new Haval H6 1.5GDIT model is equipped with the Hi-Life Intelligent Connectivity System Smart Edition, which ensures quick start-up and stable performance in both high-temperature and extreme cold environments. It runs on a deeply customized Android system with stronger openness and expandability, boasting a vast ecosystem of third-party applications and integrated Baidu security modules for guaranteed safety.
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What Causes a Car to Stop Generating Electricity?

Here are the reasons why a generator may not generate electricity and their solutions: 1. The generator belt is broken or slipping, causing the issue. Tighten the adjustment device or replace the belt; 2. There is an open circuit in the generator output wire. Check the condition of the wire; 3. The rotor part is stuck. Manually test if it rotates smoothly. Below are methods to determine if the engine has a fault: 1. Use a multimeter in voltage mode. Set the multimeter knob to the 30V DC voltage range, connect the red probe to the generator's 'armature' terminal, and the black probe to the casing. Run the engine at medium speed or higher. The standard voltage for a 12V electrical system should be around 14V, and for a 24V electrical system, it should be around 28V. If the measured voltage is the same as the battery voltage, it indicates the generator is not generating electricity. 2. Use an external ammeter for testing. If there is no ammeter on the car dashboard, an external DC ammeter can be used for detection.
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How to Clean Brake Dust on Car Wheels?

Brake dust needs to be removed with professional cleaning agents and brushes. If you want to remove brake dust, it is recommended to go to a professional car cleaning facility. It is normal to have brake dust on the rims, as some powder will fall off during the friction process between the brake pads and the brake discs. Here are the methods for selecting brake pads: 1. First, look at the friction coefficient. The friction coefficient determines the basic braking torque of the brake pads. If it is too high, it can cause the wheels to lock up during braking, loss of directional control, and burning of the pads. If it is too low, the braking distance will be too long. 2. Consider safety. Brake pads generate instantaneous high temperatures during braking, especially during high-speed driving or emergency braking. In high-temperature conditions, the friction coefficient of the friction material will decrease. 3. Check for comfort, including braking feel, noise, dust, smoke, and odor, which are direct reflections of friction performance. 4. Look at lifespan. Typically, brake pads can guarantee a service life of 30,000 kilometers.
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Is there a difference between 2.0t and 2.0l?

Here are the differences between 2.0l and 2.0t: 1. Different engines: 2.0l refers to a vehicle equipped with a 2.0L naturally aspirated engine, while 2.0t refers to a vehicle equipped with a 2.0L turbocharged engine. 2. Different power performance: The 2.0l has a smoother power output and slower acceleration, while the 2.0t has a larger air intake, resulting in faster acceleration within 100 kilometers, though fuel consumption will also increase accordingly. 3. Different stability performance: The naturally aspirated engine is more stable during power output, providing a smoother acceleration without strong push-back sensation due to speed. In contrast, the 2.0T turbocharged engine tends to be more aggressive, and its stability is inferior to the naturally aspirated engine due to the turbocharger. 4. Different maintenance requirements: It should be noted that the 2.0T turbocharged engine requires more complex maintenance. Both engines may consume oil, but the turbocharged engine is more prone to this issue and has higher fuel consumption, resulting in higher maintenance costs for the turbocharged engine.
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