A small British roadster from Stuttgart
This 1968 MGC Roadster came to us from the greater Stuttgart area. The scope of work was clearly defined: bodywork and paint. The engine, chassis, interior, and final assembly were not the focus. Nevertheless, it quickly became apparent that even a manageable project can become technically demanding when different materials are involved.
At first glance, the MGC looks like a more powerful MGB. That's only partly true. It has the 2912 cc straight-six engine from the C-Series family, a modified front axle, and the characteristic bulged aluminum hood. This hood, in particular, became a key focus of this project.
MGC Rust on sills and typical bodywork
The bodywork showed the usual rust damage. Affected areas included the sills, floor, fenders, wheel arches, doors, A-pillars, and trunk. There was also minor accident damage. These repairs were easily completed without major problems. Such findings are not unusual for a British roadster of this era.
The sills deserve special attention. On the MGB and MGC, they aren't just cosmetic exterior panels, but an integral part of the body structure. Simply replacing them with cover plates or cosmetically patching rust spots only postpones the problem. The true extent of the work will become apparent at the latest when examining the doors, panel gaps, and body flex.
Aluminum hood instead of normal sheet metal repair
The work on the original aluminum canopy was more difficult. It was repaired, not replaced. This made sense because the aluminum canopy is an important MGC detail and shouldn't be arbitrarily replaced with an incorrect part. At the same time, aluminum requires a different approach than steel.
Just because someone can weld steel doesn't automatically mean they can weld aluminum. Aluminum conducts heat differently, exhibits different material reactions, and is far less forgiving of mistakes. One second too long with the flame on the component, and a controllable repair turns into a runny mess. The material's structure can also change. Then, not only is there a hole in the sheet metal, but the shape and stability of the hood are also compromised.
Aluminum only from the specialist
The advice sounds simple, but it's important: working with aluminum should be left to specialists. Especially when it comes to classic car bodywork, it's too often assumed that every workshop is equally proficient with every material. That's not true. Steel, aluminum, and fiberglass require different experience, tools, and preparation.
With an MGC aluminum hood, it's not just the weld that matters. Heat conduction, distortion, subsequent surface finishing, and the fit to the body are crucial. Hood, fenders, front grille, and panel gaps must all align perfectly. A poorly repaired hood can ruin the entire front end.
Paintwork in British Racing Green
After the bodywork was completed, the MGC was painted in its original color, British Racing Green. This color suits the roadster very well, but requires clean surfaces and crisp edges. Dark green can add depth, but it also reveals any uneven prep work if the body wasn't carefully prepared.
The project has been completed and handed over to the owner. It wasn't a full restoration, but a good example of how even limited work on a British classic needs to be carried out with precision. The MGC isn't just about rust and paint; it's also about making the right choices regarding model-specific parts.
British roadster with a special hood
The MGC was only produced for a short time and remained significantly rarer than the MGB. Precisely for this reason, its unique characteristics should be respected. The six-cylinder engine, the modified front end, the aluminum hood, and the more robust engineering make it more than just an MGB variant with a larger engine.
This bodywork and paintwork demonstrated that well. Sills, minor accident damage, and rust were all repairable. The real challenge was the aluminum hood. Therefore, anyone wanting to have an MGC Roadster restored shouldn't just look for a general MG workshop, but rather for one with experience in the specific materials and details that define this model.
