Extremely rare Bugatti finds home in New Zealand

29 June, 2015

Generally speaking, Bugattis are a rare and elusive breed on New Zealand shores. But among the few that reside here, there is one that stands out above the rest in terms of rarity, and New Zealand Classic Car magazine was among the few-hundred invited guests to witness its revelation at Hamilton’s Classics Museum earlier this month.

Owned by Classics Museum owner Tom Andrews, this 1937 Bugatti Type 57 carries an interesting history — and it’s set to have an equally interesting future ahead of it.

By common knowledge thought to be almost extinct, this particular Type 57 — one of only 719 ever built by Bugatti — was discovered in December 2014 in western France as part of ‘The Baillon Collection’. One of the largest barn find treasure-troves in recent history, the 60 cars recovered fetched a total price of US$28.5 million (just shy of NZ$42 million), at auction — some US$10 million higher than price estimated. Tom’s seasoned Type 57 sold for NZ$489,260.

Initially built as a Gangloff-bodied Bugatti, this example was rebuilt with a Ventoux body before eventually winding up in Roger Baillon’s collection of cars where it would sit and rust alongside many other exotic European classics for several decades before being sold to Tom and subsequently making the trip to New Zealand.

While it was revealed to the public in a rather sorry-looking state, the car is set to undergo a remarkable transformation. Tom’s short-term goal is to rebuild it as a Ventoux-bodied car. But his long-term goal is more intriguing: he plans to eventually rebuild the car as a Bugatti Atlantic — one of the rarest, most sought-after cars ever made.

With only four examples ever produced, the Atlantic is a grail for many, as evidenced by Ralph Lauren’s stunning, award-winning, black Type 57SC Atlantic selling for US$40 million (NZ$58.4 million) in 2010. Its swooping lines and curves live on as an exemplary sample of 1930s design and engineering. The notion of a fifth Atlantic rising from the ashes and finding its home in New Zealand is exciting to say the least.

But for now, Tom’s Type 57 will be rebuilt in Ventoux form. We’ll be following this one with plenty of interest!

Mitsubishi’s secret weapon

Ewen’s Starion is a little different and special. He saved this one – literally ‘found in a paddock’ — just in time, as he relates.
“Mine is a 1983 Starion. I’ve had it about five years. I first saw it in a paddock at Ryal Bush [north of Invercargill], and I went past it three times. The third time I went back and knocked at the door, but the owner didn’t want to sell. He rang up a year later, and put a price on it, which we accepted. Only thing wrong was the motor was totally dismantled.”
Ewen then set about getting the car back to its current state.
“It took me six months to find somebody suitable to refurbish it back then. Simon Bradley at Midas in Invercargill offered to do it and he did a great job on it. The head was badly damaged around the valves, and Simon said you could get generic cylinder heads now, so he installed one, and it cost $800. It’s made such a difference to the car. Mine is an intercooled, fuel-injected turbo model, fitted with a five-speed manual gearbox. It’s a great car to drive too.”
Except for a small patch of surface rust, Ewen’s car was in surprisingly good condition despite its paddock life.

Coaching from the bench: Casting plastic knobs and rubber parts

Casting rubber items is simple if you have a good original to work with. The item doesn’t have to be perfect. You can use plasticine to smooth out cracks, and you can even make whole prototypes out of low-fire modelling clay available from craft stores if you need to. Prototypes can also be made of wood or metal.
You will need mould dams to contain the liquid urethane moulding solution until it cures. You can build boxes out of strips of wood, but I have found that small plastic boxes and bowls such as those you would use for leftovers in your fridge work well if you spray them with a mould release agent.
Temperature is important to the chemical processes involved, so work in an area that can be maintained at around 20 degrees. You will also need adequate ventilation because the fumes can be dangerous to breathe. And you will want to wear latex gloves to protect your hands.