This Tartan Red MG Midget will not only be the owners first classic car but their first car at all because can you believe he is still in high school! It is great to see the interest in these cars continuing and with modern SpeedHut instruments, Weber carburetor, and fully digital 123ignition distributor this classic looking MG is outfitted with the equipment that will be the future of these classics.
Category Archives: British
Shorrock Charger
In the sixties if you wanted more power out of your Mini, Austin Healey Sprite, Austin A40 or Morris Minor the Shorrock and Judson superchargers were about the best as you can get. This very rare Shorrock supercharged A-Series engine is going into one of the FIA race car Austin Healey Sprites we are currently building.
Stock Mark III
After: 1948 MG TC Midget
Before: 1948 MG TC Midget
1952 MG TD
In July of 1951 the MG TD2 pictured in white on the right was introduced which came with many upgrades over the standard TD. Although both of these TD are 1952 models the red car on the left is a “competition” version designated the TD/C Mark II which came factory will all of the competition equipment that MG offered such as dual shocks on each corner and a more powerful high compression engine.
Before: 1960 Austin Healey 3000
Paint Progress: 1965 MG Midget
The Italian Austins
The Italian manufacturer Innocenti whom started producing cars in 1920 but is most famous for it’s Lambretta scooters of the 1940s to 70s started making their own versions of Austin’s best cars in the 1960s. Each of the cars on the right is the Innocenti version of the Austin car on the left. The Minis were still called Minis but the Sprites were called Spiders.
1966 Marcos 1500GT
The GT body style was first introduced in 1964 with a Volvo B18 unit with overdrive gearbox and De Dion rear axle. In 1966 they switched to the Ford Kent “Formula Ford” engine. The plywood chassis was glued together from 386 separate pieces and was not only light and strong. Although most people have never heard of Marcos which ceased production in 2007 you have heard of the drivers who raced them. Among the drivers were Jackie Stewart, Bill Moss, John Sutton, Jack Gates, John Mitchell and Jackie Oliver, as well as Jem Marsh.
Before: 1959 Austin Healey Sprite
This Sprite arrived in typical fashion exactly as you see pictured here. The owner has decided to put on hold the 1958 Sprite we started and move the racing engine and suspension over to this car instead and then restore the other car to a more factory condition. This car has signs of being an old race car with the roll bar cut off near the mounts and when finished will be faster than ever.
Might Be Adequate
Progress: 1965 MG Midget
Most with the Least
The DynoJet is a great tool for more than just seeing horsepower and torque numbers especially on a car with a small engine. Using the DynoJet on this 1953 Ford Anglia we can scientifically check how the carburetor is functioning, ignition health, top speeds in each gear, and accuracy of the speedometer.
Expats at Guard
Both of these Land Rovers are 1972 model Series III 88s but one is an original right hand drive and the other is a US spec with added reflectors and slightly different lighting configuration. After some testing on the dyno the advantage of the add-on overdrive units is clear and with the overdrive the trucks could travel at 80 mph if you were brave enough to do so.
1966 Austin-Healey 3000
Twin Cam Healey
The Lotus engine is rebuilt and sitting again now in the 1973 Jensen-Healey. Without the intake manifold and carburetors mounted the Lotus 907 engine looks tilted 45 degrees. This early Jensen-Healey is only a few hundred before they made the first big revisions to the model. The later Series II and JH-5 models seem more common at shows.
Progress: 1973 Triumph Stag
Anglo American Hemi
Uncommon Dyno
We have had the DynoJet for just shy of a year now and by the end of the year it will have seen a fair share of interesting makes and models. The DynoJet is great for much more than just finding out how much power or torque a car makes. You can analyze the fuel to air mixture, ignition condition, finding leaks, engine break-in, and even aero dynamic effects on gearing.