Aluminum Vehicles

Three reasons, and none of them is a markup.

It takes longer. Steel has memory — worked correctly it wants to return to its original shape. Aluminium doesn't. It work-hardens as it moves and cracks if pushed too far, so it's shaped slowly, in stages, with controlled heat.

It needs separate equipment. Aluminium-specific tools, dedicated dust extraction, and a work area isolated from steel. That's a facility investment, not a line item.

More parts are replace-only. Where steel can often be repaired, aluminium components — and castings especially — are more frequently specified for replacement by the manufacturer.

It matters more than almost anything else on this page. Steel dust and particles are everywhere in a body shop — grinding, cutting, welding. When those particles embed in an aluminium panel, they cause galvanic corrosion: the aluminium starts breaking down around each speck.

It doesn't show immediately. It shows up as blistering and pitting months later, long after the repair looked perfect at collection, and by then it's very hard to attribute to the shop that caused it.

The prevention is physical separation — a dedicated area, dedicated tools that never touch steel, and its own extraction. We have one. Ask to see it when you drop the car off; we'd rather show you than tell you.

Sometimes — but it's harder than on steel and fewer shops will attempt it. Paintless dent repair works by pushing metal back into shape from behind. Aluminium resists that: it's stiffer in the direction you need it to move, work-hardens as you go, and won't spring back the way steel does.

A shallow dent in an aluminium hood with the paint intact is often still a candidate. A sharp one, or one on a body line, usually isn't.

We'll tell you honestly which you have. When paintless is possible it's faster and cheaper for you, so there's no reason for us to pretend otherwise.

Both, depending on what the manufacturer specifies for that joint — and increasingly, neither in the conventional sense.

Aluminium can be welded, but it needs different equipment and different technique from steel, and too much heat permanently weakens the surrounding metal. That's why manufacturers increasingly join aluminium structures with structural adhesives, self-piercing rivets and flow-drill screws instead.

You also can't weld aluminium to steel at all — so on a mixed-material car, the joints between the two are always mechanical or bonded. Getting that right isn't optional; it's what holds the car together in the next collision.

Ask three questions, and you'll learn a lot from how they're answered:

"Can I see your aluminium area?" A shop with a genuine isolation bay will walk you over. One without will explain why that isn't necessary.

"Are you certified by a manufacturer that builds aluminium vehicles?" Ford's aluminium-bodied trucks and Tesla's aluminium-intensive models both require specific manufacturer certification to repair correctly — so those certifications say something concrete about capability rather than being decoration.

"How will you join it?" The answer should reference what the manufacturer specifies for that panel, not a general preference.

Three reasons, and none of them is a markup.

It takes longer. Steel has memory — worked correctly it wants to return to its original shape. Aluminium doesn't. It work-hardens as it moves and cracks if pushed too far, so it's shaped slowly, in stages, with controlled heat.

It needs separate equipment. Aluminium-specific tools, dedicated dust extraction, and a work area isolated from steel. That's a facility investment, not a line item.

More parts are replace-only. Where steel can often be repaired, aluminium components — and castings especially — are more frequently specified for replacement by the manufacturer.

It matters more than almost anything else on this page. Steel dust and particles are everywhere in a body shop — grinding, cutting, welding. When those particles embed in an aluminium panel, they cause galvanic corrosion: the aluminium starts breaking down around each speck.

It doesn't show immediately. It shows up as blistering and pitting months later, long after the repair looked perfect at collection, and by then it's very hard to attribute to the shop that caused it.

The prevention is physical separation — a dedicated area, dedicated tools that never touch steel, and its own extraction. We have one. Ask to see it when you drop the car off; we'd rather show you than tell you.

Sometimes — but it's harder than on steel and fewer shops will attempt it. Paintless dent repair works by pushing metal back into shape from behind. Aluminium resists that: it's stiffer in the direction you need it to move, work-hardens as you go, and won't spring back the way steel does.

A shallow dent in an aluminium hood with the paint intact is often still a candidate. A sharp one, or one on a body line, usually isn't.

We'll tell you honestly which you have. When paintless is possible it's faster and cheaper for you, so there's no reason for us to pretend otherwise.

Both, depending on what the manufacturer specifies for that joint — and increasingly, neither in the conventional sense.

Aluminium can be welded, but it needs different equipment and different technique from steel, and too much heat permanently weakens the surrounding metal. That's why manufacturers increasingly join aluminium structures with structural adhesives, self-piercing rivets and flow-drill screws instead.

You also can't weld aluminium to steel at all — so on a mixed-material car, the joints between the two are always mechanical or bonded. Getting that right isn't optional; it's what holds the car together in the next collision.

Ask three questions, and you'll learn a lot from how they're answered:

"Can I see your aluminium area?" A shop with a genuine isolation bay will walk you over. One without will explain why that isn't necessary.

"Are you certified by a manufacturer that builds aluminium vehicles?" Ford's aluminium-bodied trucks and Tesla's aluminium-intensive models both require specific manufacturer certification to repair correctly — so those certifications say something concrete about capability rather than being decoration.

"How will you join it?" The answer should reference what the manufacturer specifies for that panel, not a general preference.