If you know your â€™healeys â€“ really know your â€™Healeys â€“ the sight of AHX 11 on this page may have caused you to take a deep breath.
Sure, it looks basically like any other â€™Healey 100 at first glance, but this is special: this is the sixth road car made, the 1953 Turin Show car, one of a batch of 19 that was built at the Healey Motor Companyâ€™s modest base in Warwick rather than at Austinâ€™s Longbridge factory, and a piece of history so significant that itâ€™s now valued at over Â£100,000. Not that youâ€™d have known that from the restoration it was subjected to a decade ago, which took three years to put right.
But letâ€™s start from the beginning. When Donald Healey famously shook hands on a production deal with Austinâ€™s Leonard Lord at the 1952 Earls Court Motor Show, he was taking on a workload that the modest Healey Motor Company team was only just capable of fulfilling â€“ that of developing the prototype into a production-ready car in less than six months, while simultaneously promoting the new model worldwide, on a shoestring budget.
And when it became clear that the planned 20-cars-a-week production rate would be more like 100-plus a week, the pace really hotted up. The plan had been for Tickford to build the bodies, but Tickford wasnâ€™t geared up for such high production numbers, and so the contract went to Jensen, already involved with Austin via the deeply underwhelming A40 Sports.
Austin needed time to lay down a new production line, but the Earls Court appearance had started something that couldnâ€™t be stopped. So the Healey engineers had no choice but to begin the dual tasks of building cars for publicity tours as well as working with the Austin engineers to move the design from a prototype intended for eventual low-volume production to a car that could be turned out in much greater numbers on a major manufacturerâ€™s factory line.
Healey set out to build 50 pre-production cars but, as it turned out, just 19 were assembled before Austin was ready to take over manufacture, in March 1953. The significance of the first cars has increased over the years, as experts began to understand just how different they were, and â€¨how the differences (all 49 of them) effectively document the development of the Healey 100 from the Earls Court prototype to the highly successful production model, and provide an insight into the mindset of the â€™Healey engineers â€“ Geoffrey Healey, experimental department head Roger Menadue, chassis designer Barry Bilbie, stylist Gerry Coker and works manager Harry Brandish, to name but a few.
All the Warwick-built â€™Healeys received commission (or build) numbers prefixed with â€˜AHXâ€™ (or â€˜AHRâ€™ for the four Special Test cars), often remaining unregistered to avoid purchase tax on the condition that the cars were scrapped rather than sold off once finished with.
Consequently the survivors are few and far between, though their initial destinations say much of how Healey planned its publicity campaign. The first three were shipped out to the USA, and only one of those is known to survive. AHX4 was built for the Frankfurt show, AHR5 for Geneva; only the latter is still around, having been later rebuilt as a 100S and relocated to the USA.
AHR6 was registered as NOJ 392, to become the famous press car for The Autocar and The Motor, and it still exists, while AHR7 was registered NOJ 393 and became the 1955 Le Mans entry, as a 100S, also still surviving (and due for sale at Bonhams on 1 December). Itâ€™s not until the ninth Warwick car built, AHX9, that we find the first right-hand-drive 100, but sadly thatâ€™s known to have been scrapped in 1955, having been used as a test car at MIRA. AHX10 is a mystery, almost certainly never actually built at all â€“ hence the 19 cars built out of 20 apparent commission numbers.
And so we come to â€˜ourâ€™ car, AHX11, which was registered â€“ with its build number, as you can see â€“ on 1 April 1953 so it could be driven to Italy by Geoff and Margot Healey for the 1953 Turin motor show. (Curiously, its build number is AHX10, overstamped AHX11, backing up the theory that AHX10 was never built.) It was finished in the same light metallic blue as all the Warwick road cars, a colour copied from a Jaguar shade admired by Donald Healey, and fitted with an internal trunk release rather than an external handle, apparently a request from Geoff to prevent his and Margotâ€™s possessions from being stolen at the show.
The three cars that followed AHX11, originally shipped to the USA, have also survived, though the next along, AHX15, is missing without trace. AHX16, still around today, was registered NUE 854 and sold to racing driver Betty Haig, but nothing is known of AHX17 and AHX18, nor of AHX20. Fortunately AHX19 â€“ registered NUE 855 â€“ is not only alive and well in Bournemouth, UK, but is thought to be the most original of all the survivors.
So, just ten left, and AHX11 the oldest known â€™Healey 100 in Europe. The Healey engineers were honing the production processes, tweaking the design a bit at a time, and learning what worked and what didnâ€™t. Meanwhile, the bodies were being farmed out to Jensen, who also seemed to be changing the design â€“ without the knowledge of the Healey engineers â€“ by finding shortcuts where they could get away with them.
AHX11 was no different, and it went on to endure a typical lifecycle for a British sports car, living in the USA for much of its life, used hard, suffering the usual corrosion and rough repairs. When it was finally returned to the UK it was in need of serious restoration, but what it received instead was a horrific series of bodges by a now thankfully defunct specialist. In 2004 it was sold â€¨at auction for a not insignificant Â£36,000. Even then, the owner was aware of problems with the car, but it was only when he delivered AHX11 to Cape International in Coventry that the full horror of the restoration began to emerge.
Capeâ€™s Steve Norton knows â€™Healey 100s, including the Warwick cars, inside out and is now involved in the restoration of the 1955 Earls Court car. He had already noticed plenty of discrepancies and problems, some as basic as the engine having been painted the incorrect colour (Warwick cars should have duck-egg-blue engines). But some faults ran much deeper: the doors didnâ€™t open and close cleanly, the shape of the rear shroud was incorrect, and the car drove badly. The Cape team began to dig deeper, and it was soon agreed with the owner that another restoration was needed.
â€˜The dilemma was that each Warwick car was different,â€™ says Steve, â€˜so it was difficult to find a reference point. Was I looking at someoneâ€™s hack job in the 1970s, the restoration work from 1999 or some last-minute factory revision? Youâ€™ve just â€¨got to hold stuff and say â€œBloody hell, this feels quite honest.â€â€™
In fact, Steve went well beyond the â€˜honestyâ€™ test, and commissioned Coventry Prototype Panels to analyse the welding techniques and the age of the welds to ensure that none of the original Warwick work was destroyed.
What a shame that the previous restorers hadnâ€™t been so conscientious. As Steve points out, Healeys are difficult to get badly wrong, because the chassis mounts act as datum points. And yet AHX11â€™s sills had been fitted at the wrong height, and to overcome this the bottoms of the aluminium wings had been cut, overlapped with the sills, riveted (yes, riveted!) into place and filled over.
The rear end was wrong, having suffered accident damage at some point and then been fitted with a new rear end that was (incorrectly) attached with odd little fillets of metal.
The rusty chassis outriggers, just Â£25 each to replace entirely, had instead been roughly plated, the chassis brackets were wrong, the engine mount brackets were fitted so badly out of line that the rubber mounts had torn, the uniquely shaped inner wheelarches were badly patched, the original trunk lid was missing, the body was full of spray fillerâ€¦ itâ€™s a long and saddening list, topped off with the most badly worn wire-wheel splines Steve had ever seen on a â€™Healey.
But it wasnâ€™t all bad news. The majority of the most important original features had survived intact, including the chassis (welded flush, without the production chassisâ€™ central raised lip), the hand-folded steel front substructure, the fabricated scuttle, the floors with â€˜100â€™ pressed in at a smaller size than on the production cars, the smaller footwells, and the signature Warwick three-piece sills complete with wooden formers to form the step for the alloy sill finishers.
The engine was original, and retained its distinguishing Warwick features such as castellated nuts on the main and big-end bearing caps, different flywheel, clutch mechanism and timing cover, and curved cooling fan blades.
Now clearly this is for the true â€™Healey anorak, but isnâ€™t it satisfying to know that those little differences are still in place? â€¨And they carry on, to greater significance, in the bodywork.
The production cars used machine-pressed panels, with (after a short changeover period) steel wings, doors, hood and trunk, and aluminium alloy front and rear shrouds. The Warwick panels were all hand-formed aluminium, and the difference can be seen in the crispness and depth of the swage lines.
With skilful repair work AHX11â€™s original doors and front and rear shrouds were retained; the front wings had to be replaced, but the swage line was remade to match the Warwick shape. As for the missing trunk lid, remarkably it was tracked down to Chicago, and reunited with the car.
And then there were the touches designed for the Turin show. The wire wheels were chromed rather than painted, as were the brake drums, the cockpit trims and even the wiring loom P-clips.
Every aspect of AHX11â€™s rebuild required detective work, and Steve was assisted in this by other Warwick car owners. The result is a stunning restoration, with as much original metalwork retained as possible â€“ and all 49 of those special Warwick features either kept or replicated.
Intriguingly, NOJ 393, one of the 19 cars built alongside AHX11 at Warwick, is thought to have the potential to become the first million-pound â€™Healey due to its race history. Where will that leave AHX11 and the other Warwick cars?
How crucial historical features were retained and replicated
Stripped to the bare structureÂ
The outer panels were removed and the chassis structure cleaned off to bare metal (and then primed, as shown). The rear inner arches, seen here in front of the car, were junk, the rear end having been damaged and replaced years before. The front inner arches are original, with unique stiffening grooves, a distinguishing Warwick feature.
New rear panels
Warwick-built trunk floor, rear bulkhead and rear arches were different from the Longbridge carsâ€™ panels, having been hand-folded from flat sheet, without the pressed details that would follow. Although the chassis was original, AHX11â€™s rear end panels were Longbridge-spec, so they were replaced with replicas of the Warwick panels. Note the remains of the bodged sill ends still visible here.Â
Original shrouds, new wingsÂ
The original front and rear shrouds were battered and filled, but the craftsmen at Coventry Prototype Panels were able to repair them. All four wings had to be replaced but they were first reworked to replicate the deeper swage lines of the Warwick cars. The metalwork of the front substructure was retained intact â€“ a crucial point because itâ€™s quite different from those of the Longbridge cars.
Before AHX11 could go for paint, the body went through a complete mock build. All mechanical parts were stripped and rebuilt, revealing many more unique-to-Warwick touches, including a 32% overdrive (production cars were 22 or 28%), redundant starting handle hole in the radiator, adjustable joints on the steering outer links, and more.Â
1953 Austin-Healey 100
Engine 2660cc four-cylinder, OHV, twin SU H4 carburetors
Power 90bhp @ 4000rpm
Transmission Three-speed manual with overdrive, rear-wheel drive
Steering Burman steering box
Suspension Front: coil springs, wishbones, anti-roll bar, lever-arm dampers. Rear: live axle, leaf springs, Panhard rod, lever-arm dampers
Performance Top speed 107mph
Published Dec 7th, 2015