23 Oct

Good Fuel and Bad Fuel !!

Just back from the 2016 MOGSouth Fall Meet and GatorMOG Road Trip to Key West.  Wanted to post a tip about fuel that could affect any of you.

We had a unfortunate incident in Key West with bad fuel.   A Morgan was empty and a local gas station was spotted.

Several of the tanks were empty (low octane and one other, if I remember correctly) so the remaining (the only one still available) tank was chosen and used to fill a thirsty Morgan.

Once fueled, the Morgan got just a few yards beyond the gas station before it died and wouldn’t run any more.  The culprit was bad fuel.  Full of water.  We suspect, given that two of the tanks were empty, the third remaining one was on just the dregs and full of water.

Once we realized the problem, water in the fuel, we had to drain the entire tank and refuel with good gas.  All good after that.  The car ran strong for the rest of the trip.

The moral of this story is that if a gas station pump has a tank or two empty, the remaining one(s) might also be low and full of water.  Best to avoid them all together and find another gas station.

13 Oct

Tech 101 – How to use the right gasket sealants (blog.hemmings.com)

gaskets

With the varied composition of gaskets available on the market today, it is important that you use the proper sealant to ensure the gaskets seal effectively and not adversely affect the gaskets’ longevity.  In many cases, using the correct sealant will actually extend the life of the gasket because it offers protection from engine heat as well as resistance to corrosive chemicals found in oils, fuels and other fluids that can cause the gasket to deteriorate over time.

There are literally thousands of sealants available on today’s market, and we are not recommending one brand over another, but certainly Permatex is an industry leader, and many of the product characteristics for each type of sealant reflect equivalency to the Permatex standards, so we will use their standards as a guide.

A careful examination of what each category of sealants does and doesn’t do should point you in the right direction when deciding which type of sealant you should use.  Here are just a few of the basic groups of sealants enthusiasts should have on hand when tackling an engine, transmission, differential or minor repair.

Shellac – Often referred to as Indian Head after the Permatex product. Shellac is ideal for thin paper or cardboard gaskets that are mounted in a low temperature and/or low pressure environment.  It should not be used in temperatures higher than 300 to 350 degrees.  Resistant to engine fluids, its most common uses are in mounting thermostat, timing cover or differential cover gaskets. They are not resistant to many shop chemicals, thankfully, because they can be a real bear to clean off, if necessary in the future.

High Tack – Available in brush-top bottle or in tubes, High Tack is a non-drying gasket sealant that can be used in similar applications to shellac, but can sustain temperatures of up to 500 degrees. It remains tacky and also resists kerosene, propane and diesel fuels.

Form-a-gasket sealers – These are available in several types: fast drying, fast hardening (usually called #1); slow drying, non-hardening (usually called #2); brushable slow drying, non-hardening (usually referred to as aviation or #3). All three form-a-gasket sealers are rated to 400 degrees, but each serves a slightly different purpose.   Number 1 is most often used in applications you hope to never have to deal with again. It is often used to install block expansion plugs, threaded connections and to seal between metal-to-metal flanges.   Number 2 sealants work best on cork gaskets or paper oil pan gaskets.  Because they are non-hardening, clean-up is much easier when resealing is eventually needed. They are often used on neoprene transmission pan gaskets as well.  Aviation form-a-gasket has the advantage of being brushable, so you can lay on a thin or thick coat to seal metal flanges, machined surfaces and solid gaskets. It works well for sealing hose connections because it is fuel and oil-resistant.  It is also non-hardening for ease of resealing.

Copper gasket sealant – Available both in brushable and in aerosol forms, copper gasket sealer is fast-drying, and the metal content suspended within the sealant helps to dissipate heat and promote even heat transfer between the mating surfaces. It can also be used to fill small imperfections in the metal surfaces, promoting a more positive seal. Rated for up to 500 degrees, copper gasket sealant is best suited for cylinder head and exhaust manifold gaskets. It is also very easy to clean, even after extended periods of time.

Anaerobic sealers – Usually in a tube and red in color, anaerobic sealers are designed to be used in applications where outside air is not available to help the drying process. They were created to meet OE manufacturers’ requirements for a non-corrosive gasket maker in metal-to-metal applications. Anaerobic sealers are good for side-of-the-road leak repairs or for places where there never has been a gasket or the replacement gasket is no longer available. Anaerobic sealers will also fill small imperfections in mating surfaces.

RTV Silicone Sealers – Available in about a dozen different colors and spreadable via tubes, aerosol cheese-whiz-type cans or even in caulk-gun cartridges, Room Temperature Volatile silicone is effective as a gasket sealer as well as a gasket by itself. Temperature ratings and individual properties are available on a chart on the Permatex website. Basically, for applications up to 500 degrees, blue, black and grey are recommended. For up to 650 degrees, orange or red are recommended, and copper is good for temperatures up to 750 degrees. Whenever faced with a choice between a conventional RTV and an “Ultra” RTV, you should also consider that the Ultra products are sensor-safe for newer electronic-controlled vehicles.

Hylomar – This is a relatively new product in the aftermarket but has been used by many OE manufacturers for almost 30 years. It is a polyester urethane-based gasket compound that withstands temperatures of up to 500 degrees without hardening. It’s non-setting and remains tacky, making repeated disassembly and re-assembly much easier for racing applications where constant adjustments under the hood are necessary. It can be used as a gasket sealer or in place of a gasket. Hylomar could very well be the adjustable wrench of gasket sealers, fit for any do-it-yourself or professional tool box.

06 Oct

THE DELIGHTS OF A FLEXING CHASSIS

by Lorne Goldman (published in MSCCC’s Blurb, Spring 2016)

At the risk of being controversial……..

Experts, engineers and students of automotive technology all herald the advantages of a stiff chassis. Logic is on their side. Without an absolutely rigid foundation, it is impossible to apply theories or componentry with a certainty of success and identical result.  Without rigidity, there is no way to guarantee that even the same models will respond to the same factors in the same way.   As well, a flexing chassis will react differently to different engines and different add-ons.   The flexing chassis will also wear and change over time, with or without usage.   And as it changes, it will incrementally change the performance of every component attached to it.  It will also both points of strength and weakness which will allow forces to concentrate and cause unhappiness a specific point. Cars with a flexing chassis will have a tendency to squeak and groan without constant owner attention and despite efforts to muffle this with the application of great gobs of factory goo.  A flexing chassis will absorb more of the power produced rather than getting it to the ground.

chassisstraightenerpro

The degree of chassis flex will also be compounded on convertibles, cabriolets or roadsters because of their lack of a strenghtening rigid roof. Several prominent Morgan dealers have confidentially confided to me that only 25% of new Morgan classic chassis arrive within correct specification and alignment. Even GoMoG recommends that a replacement chassis be delivered to the local chassis straightener (rather than directly to the buyer) so that they may be tested and corrected before installation.

Consequences

But each classic Morgan has a flexing chassis and an open top. Each will be different, something that has been mentioned often for decades by Morgan owners, with rueful pride and frustration but the consequences of this are still not fully understood, even by enabled owners.

Consequent common sense dictates that each Morgan must be individually tweaked by trial and error and this process must be on-going as a flexing chassis changes over time with the interaction of its parts and the stress on the metal. Therefore intervention must express itself differently with every car. Ideally, each car must have someone specifically and fully familiar with it to best respond to its needs and changes. After 400,000 kilometers and twenty years of mechanical and driving interaction with many classic Plus 8s, to this I can add scores of others that I have helped copy to a template, I can attest to truth of these comments. Despite 10,000s spent, none Morgan can never be precisely made to handle like another. Of course, they all mightily improve, but they becomes exactly identical. Uniformity and predictability with a flexing chassis is impossible. The flexing chassis is the most salient characteristic of a classic Morgan.

Too often, poor or non-existent maintenance will convince owners that there are problems with car rather than with their lack of understanding the car. They soon become easy prey for snake oil salesmen promising them a modern panacea. Even installing dealers can be sadly co-opted, and obey theGoMoG Law of Expenditure: The likelihood of a car enthusiast reviewing anything he has already purchased with passionate approval is directly related to how much money he spent on it.”  There is ample evidence that gratuitous technology has deskilled and dumbed down the species.

On the happy side, with a flexing chassis, the ENTIRE car reacts to road anomalies. When a Morgan is properly sorted, they become downright sensuous. Never experienced anything like it another car! The flexing chassis acts as a major part of the suspension dynamic. They are one of the primary reasons for the legendary Morgan permasmile. To get there, aside from luck, it requires each owner to reflect his and his car’s individuality in tweaking it by trial and error. No other route makes sense. Interactive owners, to a man, will all have tales about how replacement parts or new “bespoke” components had to be adjusted to fit and function. This encourages the development of an understanding between these owners and their Morgans that results in solid reliability and great joy, something that used to shared through clubs and forums. I never found anything in the automotive world like it!

Yet there are those who wish to eliminate on of the most distinctive charms of a car that has lasted 80+ years. They sell one-size-fits-all solutions which makes no sense on a Classic Morgan. The design for THEIR car and can succeed, but it is no guarantee for another. Hit or miss without any certainty that the result will help or harm or please the different dynamics of another car or the tastes of another owner. The most experienced Morgan suspension specialists cross themselves and look to the heavens when approached by these newbie “experts”! (wry smile)  But there is predatory profits in these “solutions”.  It is irrestible to some looking for money and/or guru status. Buyer beware.  There has not been a single week in the last few years that I have not been responding to a frustrated someone trying to get their Morgan back on the road after a misguided installation of one of these. They are merely too embarrased to publicly warn their brethren after all the hype.  In my case, I have had to develop a tough skin and I am not selling anything. (sadly wry)

From a safety point of view, a flexing chassis absorbs impact force, sacrificing itself to save its occupants. Many (including my wife and I) owe our lives to the Morgan flexing chassis.  Why play games with that?

In sum, the simple Morgan Classic responds robustly to intervention. There is a buffet of common sense ideas that have been discovered over the last 80 years..most are inexpensive,  some are less so (like better tyres). Some combination will work for your car. But for older cars, poor maintenance and care is normally the reason for a sad ride. For newer cars, Factory trends have made a compliant suspension more difficult to achieve as easily. But all Morgans, though different, can attain exactly the ride and handling each owner wants.

There is a wonderful Peter Morgan anecdote that is germane here. Some 70 years ago he slapped shocks to the Morgan front, fit alongside the kingpin springs, just as they are today. When asked whether they improved the handling or the ride, PM shrugged, indicating they had no effect that he could discern. But he confided that buyers were concerned as they saw them on other, different cars…so he added them.

One day, for your own amusement and in memory of Peter Morgan, remove your front dampers and go for a test drive.

02 Oct

Jaguar Land Rover says some EU customers are boycotting UK cars (www.theguardian.com)

Jaguar Land Rover has said some customers in Europe may be boycotting British cars following the UK’s vote to leave the European Union.

[This may be something to watch.  It will be interesting to see what impact this may have on Morgan’s production in the near future.  Much of the MMC’s production goes outside the UK and over to the European continent today.  I doubt the potential US imports  could compensate, should they the continent as a market, due to Brexit.  MB.]

Chief executive, Ralf Speth, said on Friday there had been signs some customers in Europe, Jaguar Land Rover’s biggest market, no longer wanted to buy British cars after the Brexit vote.

Speth said JLR would “realign its thinking” on investment after Britain’s vote to leave the EU and if Nissan got a Brexit compensation deal then other automakers would need the same advantages.

Nissan demands Brexit compensation for new UK investment.

When asked about remarks by the chief executive of Nissan, who said on Thursday he would halt new investment in Britain without a pledge of compensation for tariffs imposed on UK-built cars in the event of a hard Brexit, Speth said: “We are the only car manufacturer in the UK to do all the work in terms of research, design, engineering, production planning in the UK. We want to have fair treatment and a level playing field at the end of the day.”

Speth said the firm, which built one-third of Britain’s 1.6m cars last year, would face a double hit in the event of a hard Brexit, with tariffs on exported cars and imported parts and technology from within the bloc hurting competitiveness. He said the company’s long-term strategy on investment had not changed but the firm would now have to think again after Britons backed leaving the EU.

However, Speth left open the possibility of new investment such as an electric battery and car plant in Britain if the conditions, including pilot testing and support from science, were right. “The best thing would be to have something in the UK … If you are producing batteries there then you will also produce vehicles there,” he said.

28 Sep

Improvements to Morgan Wiper Blades

The B Hive

1003 Old Stone Church Rd.
Clemson, S.C.
864-654-3404
THEBHIVE.COM

#370-255  8″ Wiper Blade  Midget 58/68
#370-308 Wiper Arm Spridget 58/67

Remove wiper arm assemblies from Morgan
Remove wiper blade from arm
Lay Morgan wiper arm over or next to the new arm and mark the overall length needed
Remove rivet from new arm and adjust to meet the required length of old arm
Drill new hole in arm, and rivet in place
Install new blade
Install and adjust onto the wiper post for proper movement

This will take about 20 minutes per blade and will give a much improved wiper operation

Tip Courtesy of Reg Hahn

26 Sep

Morgans Wanted!! Put-In-Bay Ohio 27-30 August 2017

2017 Put-In-Bay Road Races
Vintage Racing the Way It Should (And Used) To Be

The 2017 Put-In-Bay Road Races Reunion (August 27-30) Offers:
– Two Days of racing for pre-’73 prod. cars ut to 3.0L, sports racers up to 1.5L & others,
– Relaxed event at Put-in-Bay on Ohio’s South Bass Island, where sports cars raced form ’52 to ’59 and one in ’63. Entry options for racing – and non-racing vintage sports car enthusiasts,
– Old course touring, social events, car show, guest stories and . . .
More Guaranteed fun than any other vintage racing event or so our past participants tell us.

Still not for big bores or egos . . . and proudly so! www.pibroadrace.com

734-502-25435 / 803-463-5388

pib

26 Sep

Morgan Aero 8 Reviewed (www.director.co.uk)

aero-8-review

A new version of a much-loved classic Morgan combines character, charm and master craftsmanship, along with a welcome dash of British eccentricity, writes Tiff Needell

So Brexit will become a reality and, listening to the tidings of doom, you might be thinking the world is collapsing around us and foreign investment will vanish along with our car production. But fear not – whatever happens, we’ll still have Morgan!

Morgan is the world’s oldest privately owned car manufacturer, family owned and British – very British! It all started in 1909 when Henry Frederick Stanley Morgan began building cars which were, to put it bluntly, one wheel short of a full set. It wasn’t until 1936 that Morgan produced its first proper car, the 4/4, which this year celebrates an unbroken 80-year production run.

The company still makes three-wheelers as well if you want slow yet eccentric motoring thrills, and you can buy a 4/4 for as little as £35,400. As Morgan marketing moves into the modern world, you no longer have to wait two years to own one. But if you fancy something more exciting than a 110bhp four cylinder then the flagship Aero 8 is the model for you.

The original Aero 8 first arrived in 2000 but, after four generations of gradual development, production ceased in 2008, as the company focused on more exotic coupés such as its AeroMax, before being relaunched as the Aero 8 last year. Never likely to win a beauty contest with its cross-eyed, concave front end, the Aero 8 is nevertheless eccentrically English in style.

As with all Aero 8s the new fifth generation has a V8 BMW power plant under its long bonnet as the company says goodbye to the iconic Rover V8 used in its Plus 8 models since 1968. Connected to BMW’s smooth six-speed manual gearbox with a limited slip differential and no traction control, the 367bhp is as lively as you’d wish.
Morgan’s success comes from sticking to traditional coach building. While the Aero 8 replaced the 4/4’s steel chassis with an aluminium one it retained the beautifully crafted ash wood frame construction that supports the body. The result? A car that weighs just 1,150kg.

The latest Aero 8 has a much stiffer chassis than its predecessors and refined suspension has reduced the body-roll and sharpened its handling. The removable mohair roof can be stashed away out of site for the true sports car look and there’s plenty of room for storage inside the clamshell boot.

You could waste £2,495 on an automatic six-speed, but flappy panels are as out of place in a Morgan as a mid-engined layout would be. You might spend £6,495 on a carbon-fibre hard top which you’d have to leave behind if you took it off – although you’d still have the soft top ready for any rain.

I would be tempted to part with £2,795 for a performance pack that adds red brake calipers, a gloss black diffuser and side-exit exhausts for the optimum sound effect.
One thing that even the shock of Brexit can’t alter though is the value of a Morgan – beautifully hand-crafted in the Malvern Hills of Worcestershire and ready to blow all your worries away.

Morgan Aero 8
Top speed 170mph
Acceleration 0-62mph in 4.5 seconds
Engine 4.8 litre V8 petrol generating 367bhp
Gearbox six-speed manual
Economy 23mpg
Price £88,194
Performance 8/10
Performance 8/10
Handling 8/10
Economy 7/10
Comfort 7/10
Quality 9/10
Desirability 8/10

25 Sep

Joining The Elite Century Club (www.chattanoogapulse.com)

model-t

2,300 car companies have launched, but only two have hit the century mark

Ford, and Morgan. It’s an unlikely pair: the conservative, patriarchal American ur-manufacturer and the family of English handcrafters. What is the secret that has allowed these car companies to be the only ones that have gone through most of the 20th Century with their identities intact?

It’s a bit of everything. With the Model T, Ford built up such an enormous head start in the Teens and early Twenties that no amount of mismanagement or Nazi sympathizing—and there was plenty of both—could erase their advantage.

Founded in 1903, Henry Ford was company President on and off (his son Edsel ran the company from 1919 through 1943, when Henry finally broke his heart and badgered him to death) until after World War II.

(General Motors was in a similar position but wasn’t incorporated as we know it today until October 1916. It’ll join the list in about two weeks.)

Wartime military production benefitted large companies more than small and when Henry retired for good in 1945, another Ford stepped into the leadership, followed by Henry Ford II and today’s Executive Chairman, William Clay Ford, Jr.

While Henry Ford came from a poor farm family and built his first engine at home, Englishman Henry Frederick Stanley Morgan, known as HFS, was the well-off son of an Anglican reverend, whose father actively supported Harry’s career.

After apprenticing as a draughtsman for a railway engineer, he constructed his first lightweight three-wheel cyclecar in 1908-’09, inventing a sliding-pillar front suspension they use to this day. He intended the car only for personal use but the interest it attracted and his father’s urging, had him selling cars by 1910, with the Morgan Motor Company officially incorporated in 1912.

His son Peter took over the chairmanship when HFS died in 1959; followed by Peter’s son Charles in 1999. Charles was ousted by Morgan’s Board of Directors in 2013, but the company remains privately owned by the Morgans.

The family history of both companies is an obvious parallel, but they could otherwise scarcely have less in common. Ford’s philosophy was one of total control, famously owning the mines where their iron was extracted and the forests where wood was harvested.

In 1923, Ford sold 2,011,125 Model T’s. This was also a high point of Prewar production for Morgan, which cranked out 2,300 cars, approximately 1/1000th of Ford’s volume. Morgan’s most successful model ever, the Plus 8, was built from 1968-2004 and they sold 6,000 of them.

In 2004, Ford was selling over 2,500 F-series pickups a day. Ford builds the Fiesta; a 37-foot long, 13,000-pound F-750; and everything in between. Morgan’s largest car, the 2,600-pound Aero 8, is lighter than almost every Fiesta variant and is their only car that isn’t made out of wood. Their popular new 3-wheeler weighs just 1,157 pounds.

But there is one other thing in common: Neither company has ever declared bankruptcy. Ford took $5.9 billion in low-cost federal loans, but wasn’t bailed out like GM and Chrysler; and Charles Morgan was kicked out because the board felt he was leading them into financial disaster.

By keeping their firms in the family, Ford (although publicly traded, various Ford family members and trusts own most of it) and Morgan have been able to follow their own course without surrendering influence to non-car people and outside money.

Their continuity and deep knowledge of not just the industry, but their place in it, has given them the confidence and resources to pursue their own different but distinct paths.

Both only make vehicles, although Ford did once make some very fine aircraft. Whether it’s drive, foresight, luck or a unique place in history, Ford and Morgan have done the nearly impossible and between them amassed 225 years of independent operation, while making some extraordinary cars.

They’re one in a thousand, and there are no other companies like them.

David Traver Adolphus is a freelance automotive researcher who recently quit his full time job writing about old cars to pursue his lifelong dream of writing about old AND new cars. Follow him on Twitter as @proscriptus.