The Mercedes-Benz 124 series, produced from 1989 to 1993, represents a high point in Mercedes engineering. Known for its solid build quality, reliability, and understated elegance, the 124 became a favourite here in New Zealand, gracing our roads with its blend of luxury and practicality. Its over-engineered nature contributes to its continued popularity among enthusiasts and those seeking a dependable classic.
Common issues on the 124 series include rust, particularly around the wheel arches, sills, and jacking points. Electrical problems can also occur, often related to the wiring harness insulation deteriorating with age. Suspension components, such as ball joints and bushings, may require replacement due to wear and tear. Fuel injection systems can sometimes suffer from issues, leading to poor performance or starting problems. Keep an eye on the climate control too; issues can arise in older units.
WOF tips
When taking a 124 for a WOF, pay close attention to rust, especially in the aforementioned areas. Suspension components must be in good condition, with no excessive play in ball joints or bushings. Brakes should be functioning correctly, with sufficient brake pad thickness and no leaks in the brake lines. Lights must be working properly, and the vehicle's overall structural integrity will be assessed. Exhaust integrity is vital, these are getting old, and a corroded exhaust is a common reason for failure.
About the Mercedes-Benz 124 300 T D
The 124 series came in various body styles, including sedan, coupe, estate (wagon), and convertible, offering a wide range of choices to suit different needs. Engine options ranged from economical petrol and diesel variants to powerful inline-sixes, providing a balance of performance and efficiency. The 124's multi-link rear suspension contributed to its refined ride and handling, making it a comfortable cruiser on New Zealand's diverse roads. While generally robust, regular maintenance is crucial to keeping these cars running smoothly.
Questions owners ask
What are the most common rust spots I should check on my 1989-1993 Mercedes-Benz 124 in New Zealand?
Rust is a significant concern for the Mercedes-Benz 124, particularly around the wheel arches, sills, and jacking points. Proactive inspection and addressing any rust early will help maintain its structural integrity and longevity on New Zealand roads.
What should I pay close attention to when getting a WOF for my Mercedes-Benz 124 in NZ?
For a WOF on your Mercedes-Benz 124, pay close attention to rust, especially in the wheel arches, sills, and jacking points. Ensure suspension components like ball joints and bushings are in good condition with no excessive play. Brakes must function correctly with sufficient pad thickness and no leaks. All lights need to be working, and the exhaust system should be free from corrosion, as this is a common reason for WOF failure on older vehicles.
My Mercedes-Benz 124 is having electrical issues. What are common causes for this model?
Electrical problems in the Mercedes-Benz 124 often stem from the wiring harness insulation deteriorating with age. This can lead to various issues, so it's worth having a qualified technician inspect the wiring if you're experiencing electrical faults.
Where can I get replacement suspension components for my Mercedes-Benz 124 1989-1993 in NZ?
CARFIX stocks 204 SKUs for the Mercedes-Benz 124 1989-1993. You can find various suspension components, such as ball joints and bushings, which are common wear items, through CARFIX to keep your multi-link rear suspension performing optimally.
How often should I service my Mercedes-Benz 124?
The recommended service interval for your Mercedes-Benz 124 is every 10,000km. Adhering to this schedule is crucial for maintaining its robust engineering and ensuring many years of reliable service.
Are there common issues with the climate control system in the Mercedes-Benz 124?
Yes, issues with the climate control system can arise in older Mercedes-Benz 124 units. If you're experiencing problems with heating or cooling, it's a known area for potential faults due to the age of the components.