The “White Riley”, The ERA, And The Healey Cars

Recently, as a follow-up to a post that I had made about the Healey cars, Even Gamblin sent me some information about the Riley cars.  The link between the Healey cars and the Riley cars is that the first engine used in the Healey cars was a 2.4 litre four-cylinder engine that was originally designed by Riley.

Riley_badge

Riley started off as a bicycle manufacturing business, but it went through some changes to its business into engines and then by 1913 the business became the Riley (Coventry) Limited which focused entirely on automobiles.  The first real sporty Riley was the Riley Brooklands which first appeared in the mid-1920s.

Riley Brooklands 1933

Riley Brooklands

During the 1920s and 1930s Riley cars won the Brooklands Five-Hundred, finished second and third overall at Le Mans in 1934, won the Tourist Trophy three times in five years, and had a class win in the Monte Carlo Rally.  Some of the other Riley sporty cars that were produced during this this period were the Riley Sprite and the Riley Ulster Imp.Riley TTSprite-r34front[1]

Riley TT Sprite

I saw the Riley Ulster Imp pictured below at the Lime Rock Historic Festival in 2010.

Riley Ulster Imp (4)

Riley Ulster Imp

The most famous of the Riley cars was the “White Riley”.  This was a special race car built by Riley for race car development purposes.  This car was also the “test mule” for the development of the even more famous ERA (English Racing Association) voiturette race cars in the 1930s.

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The “White Riley”

While the “White Riley” was used as a test mule for the ERA, it is unfortunate that the ERA cars did not look more like the Riley cars.  The ERA race cars have a very plain, upright, ”agricultural” look to them, while the lines of the Riley sports cars are much more attractive.

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The “White Riley” Is An Attractive Car

The ERA race car that came from the “White Riley” was very successful; winning a large number of races from 1934 to 1939.  It has been said that relative to the number of ERA cars built (17 total Types A through D models) that the ERA won more races than any other marque.  

WhRiley-1

Riley built their engines in both 4-cylinder and 6-cylinder versions. These engines were also built with numerous displacement sizes. All of the engines had a similar design – hemispherical combustion chamber, intake and exhaust valves angled at 90 degrees, short and light pushrods from twin camshafts mounted high on each side of the engine block.  Due to the arrangement of the valves, the engine looks like it has dual overhead camshafts, but these are parrallel valve covers.

WhRiley-engine

The “White Riley” Engine

The cutaway engine image below from the book “Great Cars of the World” by Jon Pressnell shows the typical Riley engine.

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A Four-Cylinder Riley Engine

As I have posted before about the Healey cars, the Chrysler engineers tested all types of engines in the late 1940s and early 1950s and concluded that the Healey engine was the most efficient design that was on the market at that time.  In fact Healey was obtaining their 2.4 litre 4-cylinder engines from the Riley company.  As a result of this testing, Chrysler embarked on a program to build the “hemi” engines.  As a result, there is a direct link from these Riley cars and the high-performance Chrysler hemi cars.

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The “White Riley” During A Hillclimb

The picture below shows Canada’s Kay Petre racing the “White Riley” in a hillclimb.  Note that the “White Riley” in this picture has dual rear wheels.  This evidently was a practice that was frequently done during hillclimbs.  Kay Petre was originally from Toronto, but she moved to England and became a significant racer.  She has been inducted into the Canadian Motorsport Hall of Fame.

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Canada’s Kay Petre Racing The “White Riley”

During a trip to Germany in 2011, I, along with some other friends, attended the Jim Clark Memorial Races at the Hockenhiem race track.  One of the cars participating in the races that day was the ERA racer shown below.

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An ERA Race Car At Hockenhiem At The Jim Clark Memorial Races In 2011

The picture below, taken by Paul Henshall at Hockenhiem, shows the engine in the ERA.  Notice the similarity between the engine in the “White Riley” and the ERA.  Clearly there was a strong relationship with the “White Riley” and the ERA cars.

ERA (1) PH

The ERA’s 6-Cylinder Engine Is Similar To The “White Riley’s” Engine

In 1938 Lord Nuffield bought the Riley company.  Shortly after World War II, Nuffield began to make tractors to help the British farmers improve food production.  I grew up on a farm on a farm on the edge of a small town in Canada.  A few farmers in that area had Nuffield tractors.  I knew about Nuffield tractors long before I ever knew about ERA race cars, but when I first saw the ERA cars it reminded me of a Nuffield tractor.  Compare the Nuffield tractor below with the previous picture of the ERA race car.

Nuffield Tractor (2)

Does This Nuffield Tractor Look Like An ERA Race Car?

This post just scratches the surface of the story about Riley cars.  I am surprised that such cars are rarely mentioned in the material that I see in races of that era, but they were clearly impressive cars.  I understand that the Riley brand name is now owned by BMW.  Perhaps some day BMW will build a Riley car that would be worthy of the Riley name.

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Selling or Buying Rally Navigation/Co-Driver Equipment

I have decided to add a new page to this website that will be available for people to place an advertisement to sell or buy rally navigation or rally co-driver equipment.  I hope that this will make it easy for rally navigators or car owners to sell that piece of navigation equipment that they no longer need and for rally navigators and co-drivers to find the piece of equipment that they are looking for.

I also hope that any now unused equipment does not linger in a drawer somewhere, as there navigators and car owners out there looking for good used rally navigation equipment.

Also if you are looking to buy a piece equipment, I’ll post that as well.

Send the information for the advertisement, including a picture if you can, to me at the following address shanna12@comcast.net  I will add your advertisement to the page titled “Rally Navigation/Co-Driver Equipment For Sale”. 

I’ve got a Halda Speedpilot that I want to sell, so look for that advertisement in a few days.

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The SMCC’s Economy Run Rally To Be Held June 8, 2013

The Sport Motor Car Club of Montreal will again be holding their Economy Run rally on June 8, 2013.  Interest in this event has been growing steadily over the years.  This year’s event will be 198km long for diesel and gasoline powered cars and 132km long for electric cars.

The start and finish for this event will be at the Ultramar service station in Charlemagne, Quebec  at the junction of Autoroute 640 & Route 344.  Food is available in the St. Hubert’s restaurant beside the Ultramar service station.  One of the requirements of this rally is that you must first register so that re-filling of your vehicle can be done under the supervision of a rally official.

In addition there are two electric charging stations across the street from the Ultramar service station.

The schedule is as follows:

Registration and Filling:                                 11:00 AM

Driver’s Meeting :                                            11:45 AM

Car “0”:                                                              12:00 noon

Finish and Re-Fuel:                                         15:30 PM

Results:                                                               16:30 PM

The goal of this rally is to stay on time while minimizing fuel consumption. There will be several elapsed time controls at which cars may arrive early without penalty. Controls may only be located at the end of a section.  Penalties will be accorded based on fuel consumption and lateness. There will equally be penalties for leaving a control before the given out-time.  I have competed in this event before and I found that route following instructions to be very straight-forward.  No previous rally experience is required to participate. Competitors will be classified based on fuel economy (L/100km) corrected for time penalties.  Every minute of lateness at a time control will add a 2% (non-compounding) fuel-economy penalty.

There will be four classes of cars: gasoline, diesel, hybrid, and electric.  So there is a class for everybody.  Please bring along information about  the weight of the car, the Transport Canada/US EPA fuel economy estimate, the number of cylinders and displacement of the car’s engine.

For specific information contact the rallymaster, Jeff Dungen, at the following address: nerdboy@look.ca

People who can speak English only should not have any concerns about competing in this economy run rally or any other rally held by the Sport Motor Car Club of Montreal as all of the instructions and driver’s meetings are bilingual.

For further information about this economy run rally you can check out the website for the Sport Motor Car Club of Montreal at www.smccrally.com

Remember that June 8th is the same weekend as the Canadian Grand Prix which will also be held in Montreal.  My recommendation is to go early and stay late which will give you time to take part in the celebration in downtown Montreal which has become part of the Grand Prix weekend.

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My Thoughts On Why There Are Fewer Convertibles On The Road Today

Last week I exchanged a couple of email messages with Rick Beattie.  Rick is a former chairman of the Sports Car Club of America’s (SCCA) Road Rally Board and writes a monthly column about rallying the SCCA monthly magazine.  The discussion included a mention of a family-owned Chevrolet convertible which reminded me of some thoughts that I had last summer about why there appears to be fewer convertibles on the road today.

I began to think about this last summer when I was driving from my home in Franklin, Massachusetts to a car show in central Massachusetts.  Rather than drive out to the show using the Mass Turnpike, I decided to take some secondary roads as I had lots of time to get to the show.  It was a lovely warm, sunny, summer day, so I put the top down on the car to enjoy the weather.

It was a great leisurely drive at speeds that were as fast as the law and the traffic would allow.  As I was driving, I was thinking to myself that I was very fortunate to have a convertible car and being such an enjoyable drive.  Then I began to wonder why more people didn’t drive convertibles.  As I pondered this issue while driving to the show, I eventually concluded that there were two reasons for the apparent demise of convertibles:

  • Interstate highways
  • Air conditioning in cars

The interstate highway system greatly increased the mobility of Americans.  Also the highway interstate system increased the speeds that cars traveled at.  For example, on the roads in Massachusetts that I was traveling on as I went to that car show, the actual speed rarely got above 50 mph and usually was around 40 to 45 mph and got slower as I passed through the numerous small towns.  On the interstate highways the current speeds are a minimum of 65 mph.  Many cars cruise at speeds around 75 mph on the interstate roads.  Speeds that high cause significant winds and buffeting in the interior of a convertible car.  Occupants in convertibles, and women in particular, would find these winds very uncomfortable and very disruptive, especially to their hair.  And if women don’t like the top down, then the top won’t be down on the car.  And if women don’t like riding or driving around in a convertible, then the demand for convertibles will be reduced.  Obviously, these wind-related issues are not as significant if the car’s speed is not as fast.  

Rambler 770 Convertible (1)

Up To The 1960s Everybody Built Convertibles

On hot days the breeze caused by having the top down is a great way to keep cool while in the car.  Up until the late 1960s air conditioning in cars was relatively rare or of questionable effectiveness and reliability.   However since then, the capability of car air conditioning has improved greatly.  It is no longer necessary to have the top down in a car to keep cool.  Side vent windows have disappeared.  In fact, now it is unusual in the summer to see a car that even has a window rolled down!  Thus air conditioning has also reduced the demand for convertibles in order to keep cool while driving.

These were the two conclusions that I came to that have caused fewer convertibles to be seen on the road these days as compared to the time up to the 1950s.  Note that the interstate highway system was established in the 1950s and that good air conditioning systems really came along in the 1960s.

I would be interested to see what others think about my conclusions.

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Alfa Pro Odometer From The Early 1980s

Every once in a while I dip into my supply of rally navigation equipment and post some information about the features of this equipment.  This time I’d like to discuss the Alfa Pro unit from the early 1980s.  I think that this unit was available around 1980 to 1982, therefore it is likely over 30 years old.

This unit is much different from the current Alfa Pro odometer that is available from Small Systems Specialists.  The Alfa Pro units are in a category that is sometimes referred to as a “B Box”.  The term “B Box” refers to an odometer that would qualify for use in Class B or the Unequipped Class under the rules of road rallying as issued by the Sports Car Club of America (SCCA).  From the basic functionality of this older Alfa Pro odometer, I think that it was designed mainly for use in stage rallying.  This conclusion is also supported by the name of the unit, “Alfa Pro”.  Up until the mid-2000s, stage rallying in the USA was often referred to as “Pro” rallying and I believe that this early Alfa Pro unit was designed primarily for use in pro or stage rallying.

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Alfa Pro Odometer From The Early 1980s

The unit has two displays with 5/16″ high LED numerals.  The left display is the main odometer.  The right display can be either a clock, an odometer, or display of the calibration factor as selected by the navigator.  The clock can be set up to read in either minutes and seconds or in minutes and 1/100th of minutes.  Stage rallying is timed in minute and seconds.  In the USA, road rallies are timed in the more navigator friendly and mathematicaly simpler units of 1/100th minutes.

It should be noted that this unit will not provide any speed information – neither current speed nor average speed.

The calibration factor is a four digit number, which provides a little more precision than a three digit calibration factor that was used in some other units of this vintage.

The indicator of what is shown in the right display is the position of the decimal point in the number shown in the right display.  If you look at the top photo in this post, the right display is 2.21.  This means that the time is 2 minutes 21 seconds.  Co-drivers are assumed to know what the hours value is.  The decimal between the two number twos means that it is the time.  If the display was to show 438.3, then this would mean that this is the calibration factor of 4383.  If the right display value was 7.358, then this was an odometer reading of 73.58.  The decimal placement in the display matches up with the indicator description below the display.

The decimal placement in the right odometer display is somewhat confusing, but the co-driver/navigator should soon get used to using this display.

Obviously from the switch titles on the front of the unit, it is possible to freeze the displays by using the “Hold” button and to have the odometer run forward, backward, or not change at all while the toggle switch is in the “Park” position.  

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Alfa Pro Keyboard

The keyboard controls the values in the displays.  The left display, which is a four-digit odometer, is controlled by the buttons in the left-most column.  These buttons can be used to make the value change up or down according to the direction of the arrows on either the top button or the lower button.  The middle button can be used to zero the odometer.

The right display is controlled by the two central columns of buttons.  The second column from the left has three buttons that say “Fact”, “Time”, and “Odo”.  By pushing the appropriate button the right display will show the calibration factor, the time, or an odometer.  The third column from the left allows the user to either increase, decrease, or zero the value in the right display.

The right-most column has two buttons that say “Fast”, which can be pushed simultaneously with the arrow buttons to increase or decrease the displays in larger values.  The lower right button that says “Z” is used to help zero display values.

When I acquired this unit about 5 or 6 years ago, I contacted Mike Friedman of Small Systems Specialists, the manufacturer of this unit, to see if he still had some operating instructions for this unit.  Mike did have some instructions for this unit which he forwarded to me.  The following image outlining the functions of each part of the Alfa Pro came from those instructions.

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Control Functions From The Alfa Pro Instructions

I doubt that there are too many of these units still out there, but if someone needs instructions for this type of Alfa Pro odometer, then please contact me as outlined in the “About” portion of this website and I will forward the instructions.

This older Alfa Pro is much smaller than the current Alfa Pro units.  The older Alfa Pro is 6 1/4″ wide, 3 3/4″ high, and 2″ deep.  This particular unit still functions quite well and would be suitable for rally use where a basic odometer and clock will provide the needed distance and time information to the co-driver/navigator.

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1961 Chevrolet “Bubble Top” Impala

For the model years 1959 to 1962, the full size Chevrolet line-up included what has become to be known as the “Bubble Top” hardtop.  This “Bubble Top” design had a thin rear roof pillar and an oversized rear window.

Chevrolet Impala Hardtop 1961 (2)

1961 Chevrolet “Bubble Top” Impala

Of the years that this model was available, I believe that the 1961 model year is the most iconic of this design.

The wheels on the car shown in this post are clearly after-market wheels.

Chevrolet Impala Hardtop 1961 (3)

Note The Thin Section Of The Rear Roof Pillar

On the wide side insert on the Impala, there is a standard Impala crossed-flags symbol.  This means that this is a “Sport Coupe” model.  Higher optioned models would have a “SS” overlay on this symbol which stands for the Super Sport option.  The Super Sport option included beefed-up suspension with higher rate springs and heavy-duty front and rear shocks.  It is thought that 453 1961 Chevrolet Impalas had the Super Sport option and of those cars, 142 had the very powerful 409 cubic inch engine.

Chevrolet Impala Hardtop 1961 (6)

The “Bubbletop” Design Had A Large Rear Window

One design feature that was included on all of the 1961 Chevrolet Impala models was the use of three separate lights on each side of the back.  The Biscayne and Bel Air models only had two lights per side.

Chevrolet Impala Hardtop 1961 (1)

The Chevrolet Impala Has A Small Block V8 Engine

This car had a small block V8 engine which is likely a 283 cubic inch V8 engine, if it is the original engine in this car.  In 1961 the available optional engines in the full size Chevrolet line-up were the as follows:

  • 235 cubic inch 6-cylinder  – 135 HP
  • 283 cubic inch V8 – 170 HP
  • 283 cubic inch V8 – 230 HP
  • 348 cubic inch V8 – 250 to 350 HP
  • 409 cubic inch V8 – 360 HP (available on Impala SS only)

It appears to me that this 1961 Chevrolet Impala has the four-barrel carburetted 283 cubic inch V8 engine that produced 230 HP.

Chevrolet Impala Hardtop 1961 (4)

This Car Has A 4-Speed Manual Transmission

The 1961 Chevrolet Impala shown in this post had the optional 4-speed manual transmission.  Other available transmissions were the standard 3-speed manual transmission and the 2-speed automatic “Powerglide” transmission.

Chevrolet Impala Hardtop 1961 (8)

A Floor-Mounted Shifter With The Bench Seat

This 1961 Chevrolet Impala appears to be fitted with air conditioning.  I believe that the air conditioning control is the unit hanging below central portion of the dash.  The girl on the dash was not a option as far as I know!

Chevrolet Impala Hardtop 1961 (5)

The 1961 Chevrolet Impala Has A Rather Nice Interior

The 1961 Chevrolet Impala was a full size six-passenger vehicle.  In 1961, the base price for the Impala ”Bubbletop” coupe with the standard 170 HP V8 engine cost about $2,700.   By comparison, a base 1961 Corvette roadster sold for about $3,950.

The “Bubbletop” design was still available up to 1962, but by the 1962 model year, the “Bubbletop” design was only available in the slightly lower Bel Air trim level.

This post about the 1961 Chevrolet “Bubbletop” Impala is a good excuse for me to include one of my favorite photos.  The photo (Artemis Images) below shows Louis Unser during the Pike’s Peak Hill Climb in 1961 driving a 1961 Chevrolet “Bubbletop” hardtop.  He is driving to the limit!

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Louis Unser’s Chevrolet At Pike’s Peak

Sights like in the photo above are no longer available as the road up to the top of Pike’s Peak is now paved.

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W. O. Bentley Lecture At Larz Anderson Museum May 11, 2013

This Saturday night, May 11, 2013, the Larz Anderson Museum of Transportation in Brookline, Massachusetts will be hosting a lecture by David Northey, the grandson of W. O. Bentley, founder of Bentley cars.

Bentley 45 litre

Bentley 4.5 Litre

David Northey’s deep family connections with the motor industry date to 1934 when David’s grandmother married Walter Owen Bentley, who had started his own carmaking business with his brother in 1919. Bentley experienced a meteoric rise to greatness with several iconic models and numerous Le Mans wins.

David Northey will be passing on an inside view of automotive history as he heard and saw as part of the Bentley family.

The doors open at 6:30PM with the lecture schedule to start at 7:00PM.  The admission is $20 if you register in advance or $25 at the door.  Light refreshments will be served.

In addition to the lecture, the folks at the Larz Anderson Museum will have just opened a new display based on the Joseph S. Freeman collection.  I am planning on attending this lecture as it should be quite interesting.

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