How to Remove the Tie Rod on a Teana?

1 Answers
DelAmir
07/30/25 10:48am
Teana tie rod removal method is as follows: 1. Use pliers and a flathead screwdriver to separate the dust boot from the steering gear. 2. Remove the bolt connecting the tie rod to the steering knuckle to separate them. 3. Remove the ball joint connected to the steering gear. 4. Install one end of the tie rod onto the steering gear and connect it to the steering knuckle with the bolt. 5. Tighten the dust boot. 6. Perform a four-wheel alignment to adjust the data within the normal range. Introduction to the Teana: 1. The Teana is a mid-size 4-door 5-seater sedan with a fuel tank capacity of 61.3 liters. 2. The Teana's body dimensions are: length 4901mm, width 1850mm, height 1450mm, with a wheelbase of 2825mm.
Was this review help?
1
5
Share
More Forum Discussions

How often should the transmission fluid in a CVT gearbox be changed?

CVT gearbox transmission fluid should be changed approximately every 2 to 3 years or 60,000 to 80,000 kilometers. A CVT gearbox, also known as a continuously variable transmission, operates on the principle of replacing traditional gears with a pair of pulleys and a steel belt in the CVT transmission system. Each pulley consists of a V-shaped structure formed by two conical discs, with the engine shaft connected to the smaller pulley, driving the larger pulley via the steel belt. The maintenance methods for a CVT gearbox include: 1. Checking the quality and quantity of the CVT fluid as specified by the manufacturer; 2. Regularly replacing the fluid with the type specified by the manufacturer; 3. Having the CVT gearbox serviced at a professional repair facility.
14
3
Share

How to Turn Off the Vehicle Drive Power System?

The method to turn off the vehicle drive power system is: Press the Traction Control System (TCS) OFF button, and the illuminated button indicator signifies that the TCS system is deactivated. The anti-slip regulation system is an active safety system developed based on ABS, also known as the traction control system. The function of the vehicle drive power system is to enable the vehicle to obtain optimal traction under various driving conditions, preventing potential drive wheel slippage during acceleration or starting. The working principle of the vehicle drive power system involves employing appropriate control algorithms to maintain the slip rate of the drive wheels within an optimal range according to the vehicle's operating conditions. This ensures maximum utilization of the engine's driving torque even on poor road surfaces or complex driving conditions, guaranteeing swift and stable vehicle starting and acceleration processes.
2
1
Share

What happens if the knock sensor is damaged?

The effects of a damaged knock sensor are: causing engine shaking, generating noise, the malfunction indicator light will illuminate, and in severe cases, it may lead to serious damage to the firmware. The reasons for knock sensor damage include: 1. Excessive wear of pistons and cylinders leading to excessive clearance; 2. Pistons installed in the wrong direction or deformed pistons; 3. Poor lubrication of cylinder walls; 4. Bent or twisted connecting rods; 5. Blocked oil passages; 6. Severe carbon buildup in the combustion chamber; 7. Excessive fuel injection advance angle; 8. Excessively fast combustion speed of the combustible mixture, causing excessively high pressure in the cylinder; 9. Cylinder gasket being too thin or excessive wear on the cylinder block top surface, resulting in an increased compression ratio of the diesel engine.
4
4
Share

What does the yellow dotted line on the road mean?

Yellow dotted lines on the road are used to separate lanes of opposing traffic directions. These lines also indicate that crossing the line for overtaking or U-turns is permitted. Double yellow dotted lines represent adjustable lane numbers based on traffic flow conditions. Yellow dotted lines along the roadside indicate no long-term parking is allowed. Below are the driving rules for tidal flow lanes: 1. Observe signage: Tidal flow lane sections usually have corresponding signs. Drivers must clearly read the instructions to effectively avoid violations. 2. Monitor traffic lights: As tidal flow lane signals synchronize with main road signals, when the main road light turns green, the tidal flow lane light will also turn green, permitting entry. 3. Note operational hours: Tidal flow lanes typically operate during morning and evening peak hours (generally 7-9 AM and 5-8 PM), so drivers should pay attention to permitted driving times.
1
3
Share

What to Do When the Gap in the Car's Front Bumper Increases After a Collision?

Solutions for an increased gap in the car's front bumper after a collision: If the decorative hard plastic is cracked, it can only be replaced. For a cracked bumper, the choice between plastic welding and replacement depends on the size of the gap. The cost of plastic welding varies based on the size of the crack. Below is an introduction to car bumpers: Car bumpers (or impact beams) are located in the front and rear areas of the vehicle. They are designed to prevent external damage from affecting the vehicle's safety systems and have the capability to reduce injuries to passengers during high-speed impacts. Modern bumpers are increasingly being designed with pedestrian protection in mind.
15
4
Share

What is the reason for the ACC warning light to illuminate?

ACC warning light illuminates due to sensor malfunctions. Below is relevant information about automotive sensors: 1. Introduction: Sensors serve as input devices for a vehicle's computer system, converting various operational parameters such as speed, fluid temperatures, and engine conditions into electrical signals for the computer to optimize engine performance. With numerous sensors in vehicles, diagnosing sensor faults requires examining not just the sensor itself but the entire circuit involved. Therefore, troubleshooting should include inspections of wiring harnesses, connectors, and related circuits between the sensor and electronic control unit; 2. Types: Common automotive sensors include wheel speed sensors, crankshaft/camshaft position sensors, and temperature sensors. Given the continuous emergence of new vehicle models, sensors with identical functions vary significantly in shape. Additionally, increasingly stringent measurement standards and production environments render traditional single-purpose test benches inadequate for such diverse sensor manufacturing.
12
2
Share
Cookie
Cookie Settings
© 2025 Servanan International Pte. Ltd.