At The Car Lab Auto Repair Center, we recognize the significance of adequately working transmission to ensure your vehicle’s optimal functioning. Diagnosing transmission issues promptly can help you avoid costly repairs and extend the lifespan of your Mercedes-Benz. Our skilled technicians use advanced diagnostic tools and thorough inspection techniques to identify any existing transmission system issues accurately. Below is a detailed explanation of how our transmission diagnostics services work to provide precise solutions for all auto parts, including car gearboxes.
Initial Consultation: Firstly, we will gather specific details from you about any Mercedes-Benz transmission issues or signs, like unusual sounds, difficulty shifting gears, or slow reaction times. When these issues arise, we inquire about the patterns noticed and if there have been any recent changes in your car’s performance. That is why we review your vehicle’s maintenance records to see if it has been repaired for transmission oil leaks or regularly serviced, allowing us to track current and previous issues.
Visual Inspection: Our team thoroughly examines the transmission and surroundings before identifying any fluid leakage indications. While inspecting the transmission housing and gaskets, we look for any signs of liquid seepage by examining for puddles or leaks under the car. Therefore, we examine the complete transmission system (housing, seals, and gaskets) for clear indications of corrosion and wear. The transmission dipstick checks the fluid’s quantity, colour, thickness, and smell. Healthy transmission fluids should be red and have no discolouration or burnt odour; any deviation may signal underlying problems.
Test Drive: We thoroughly assess how the transmission performs in different driving scenarios, including acceleration, deceleration, and steady driving. We search for issues mentioned before, like slipping gears, slow engagement, or unusual noises. We also inspect gear shifts for smoothness and monitor for hesitations or rough movements.
Fluid Analysis: A sample of the transmission fluid is selected for additional assessment. The group examines the liquid for impurities like metallic items or a sharp smell. We use a magnifying glass to inspect tiny particles that reveal internal harm. Furthermore, we verify that the fluid level aligns with the manufacturer’s guidelines, as insufficient fluid levels can lead to transmission problems.
Mechanical Inspection: Taking off the transmission pan permits us to inspect the components inside. Subsequently, we are allowed entry to the transmission filter element and internal parts. Debris or pollutants could be present, and metal shavings might be visible on the magnets at the bottom of the pan, showing signs of internal damage. Additional inspections are conducted on the valve body to check for correct operation and indications of malfunction. Debris-induced blockages have been eliminated, allowing valves to move freely.
Solenoid and Electrical Testing: The correct operation of transmission solenoids is evaluated. Solenoids are essential for enabling fluid movement and are critical for maintaining seamless gear changes. Additionally, cords and electrical links associated with the transmission are inspected for loose or corroded parts, which can impact their functionality.
Software Diagnostics: We examine the transmission control module (TCM) to identify any possible software issues or upgrades. Software issues could suggest a malfunction in the TCM’s capacity to regulate transmission operation efficiently. We regularly update our software to ensure optimal performance and address known bugs.