How to Check Tire Pressure in the 2021 ix35?

1 Answers
Kayden
07/29/25 10:27am
Check if there is a SET button next to the gear lever. First, inspect the tire pressure of all four tires to ensure they are at the normal level. Then start the car and press and hold the tire pressure monitoring switch until you hear a "dong" sound. The system will memorize the original tire pressure values of all four tires. Test whether the tire pressure monitoring function is successfully activated. The tire pressure monitoring indicator on the dashboard will light up, indicating that the tire pressure monitoring function has been successfully activated. If the tire pressure of multiple wheels changes, the tire pressure loss indicator in the combination instrument and infotainment system display will issue an alarm.
Was this review help?
4
4
Share
More Forum Discussions

Does a horizontally opposed engine require warm-up?

Vehicles equipped with horizontally opposed engines do require warm-up. For cars with horizontally opposed engines, it is recommended to let the engine warm up for a while after starting before driving off, otherwise it may accelerate engine wear. In reality, there are very few cars that use horizontally opposed engines, with Subaru and Porsche being the primary manufacturers. All Subaru models utilize horizontally opposed engines, while only some Porsche models feature this engine type. In a horizontally opposed engine, both rows of pistons are arranged horizontally. The greatest advantage of this engine design is its low center of gravity. Using a horizontally opposed engine can significantly lower the vehicle's center of gravity, thereby greatly enhancing the car's handling performance.
3
0
Share

What is the winter range of the Chery Ant?

Chery Ant's winter range is around 315 kilometers. Battery technology affects range: The increase in electric vehicle range is the result of comprehensive factors. To improve its range, the key lies in battery technology, which requires continuous improvement in battery performance, but factors such as vehicle size and price also need to be considered. Other factors affecting range: High and low-temperature battery technology, optimization of battery BMS technology, upgrades to the vehicle's energy recovery system, lightweight body design, energy-saving technology for hardware equipment, etc. Additionally, external driving conditions, air resistance coefficient, mechanical transmission efficiency, vehicle mass, number of passengers, and other factors will all affect the actual range of an electric vehicle.
9
2
Share

Is the Infiniti Q60 Considered a Sports Car?

Infiniti Q60 is classified as a sports car. Taking the 2019 Infiniti Q60 as an example, its body structure is a 2-door, 4-seater hardtop coupe. The vehicle dimensions are: length 4685mm, width 1853mm, height 1397mm, with a wheelbase of 2850mm, a fuel tank capacity of 76 liters, and a trunk capacity of 415 liters. The 2019 Infiniti Q60 is equipped with a 2.0T turbocharged engine, delivering a maximum power of 155kW and a maximum torque of 350Nm. It is paired with a 7-speed automatic transmission. The front suspension features a double-wishbone independent suspension, while the rear suspension uses a multi-link independent suspension.
19
4
Share

What is the recommended RPM during the new car break-in period?

During the initial break-in period, keep the engine RPM between 2,000 and 2,300. In the middle phase, maintain it below 2,500 RPM, and in the later stage, control it between 2,500 and 3,500 RPM. The vehicle's break-in period is essentially a gradual process - slowly conditioning and progressively increasing the car's speed allows for optimal engine performance development. Throughout this period, avoid both excessively high and excessively low engine RPMs. For manual transmissions, refrain from maintaining a single gear for extended periods. Additionally, don't overload the vehicle during break-in as this may cause engine wear, and avoid prolonged continuous operation to allow the machinery proper adjustment time.
13
5
Share

What is the reason for brake drag?

Brake drag is caused by the absence of free travel in the brake pedal or a malfunction in the vehicle's braking system. Brake drag refers to the phenomenon where, after the driver fully releases the brake pedal, the vehicle's braking cannot be immediately or completely disengaged, and still maintains a considerable level of braking force. This condition causes the vehicle to remain in a constant state of braking, with the brake pads continuously rubbing against the brake discs, generating excessive heat. This can lead to the burning and erosion of the wheel brakes, and in severe cases, even cause the vehicle to catch fire. Additionally, it increases the vehicle's driving resistance, resulting in higher fuel consumption and slower acceleration. Therefore, immediate repair is necessary if such a phenomenon occurs.
15
3
Share

What is the efficiency of a gasoline engine?

The efficiency of a gasoline engine is approximately between 80%-90%. Different injection methods: Generally, gasoline engines (except for direct injection engines) mix gasoline with fuel before entering the cylinder. In contrast, diesel engines directly inject diesel into the cylinder already filled with compressed air. Different ignition methods: Diesel engines ignite through compression auto-ignition, while gasoline engines require spark plugs to ignite the air-fuel mixture. Different compression ratios: Diesel engines typically have higher compression ratios than gasoline engines, resulting in higher expansion ratios and thermal efficiency, as well as lower fuel consumption compared to gasoline engines. Gasoline engines with equivalent power are lighter and cheaper than diesel engines, but their maintenance costs are higher than those of diesel engines.
1
4
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.