The Historic Times - Historic Racing South Africa

Transcription

The Historic Times - Historic Racing South Africa
The Historic Times
“Historics is Happiness”
September 2010
Volume 12, Issue 9
Sports and GT and Saloon Cars combine at Phakisa 1 hour
Editor’s Corner
With a little elbow grease and dedication, it is
often astounding to see seemingly impossible
dream take shape. Never has this principle
been more applicable than to the new look HT.
The task of the editor was to jumpstart the HT,
propelling it into a new realm. It is happening!
There is a principle in the publishing industry:
A publication can only grow as revenue grows,
and revenue can only grow as circulation
increases - a definite chicken and egg scenario
with the same inability to determine which
comes first.
The committee and the MSA both realise that we are a growing club and
have a message to put across to many more people than our 200 club
members.
Contents
Chairman’s Chirp......................................................................... Page 5
Tech Talk with Werner Vonk...................................................... Page 7
Phakisa by Harry Lombard....................................................... Page12
Voting required for HRCR Insurance fund.............................. Page 15
Classic Classifieds...................................................................... Page 19
We investigated the possibilities of either going it alone in a bigger way or
joining an existing, more established magazine with a 10 000 plus readership. Both activities have the possibility of achieving our goal, with the latter achieving goals quicker than the first. The first proposal was circulated
but not tabled. The second, however, has great possibilities, all agreed. If
this second option proved to be successful we may have a new editor.
I will not spoil the fun by divulging too much at this stage, yet the news
may break as soon as this noggin and will turn this writing into some
redundant banter. Watch and listen for a truly exciting conclusion!
The editorial staff (Derik and I) realised the sacrifice of compiling reading material when we were compiling the HT while everyone was down at
Phakisa - not that we would have had the opportunity to race with both the
Scirocco and GT6 laid up. We loved doing the HT and take pride in a job
well done. The Scirocco was blessed with a refreshed engine that failed to
start and run properly due to some really giddy electrics. The GT6 had the
gearbox removed, only to find that there was nothing wrong with it and
it was really shoddy wheel hubs that were transmitting noise through the
drive train into the gearbox.
A bit dof, when we could have disconnected the drive shaft to find the problem. A gearbox is really hard to take out of a GT6. Another lesson learned
the hard way!
Many other drivers are experiencing the same fate this time of year and
Fritz Koch also confirmed that the Mini Marcos is parked for the year,
needing (truly) a new gearbox.
This edition of the HT is very lean issue. Barry is overseas, Willem Vorster
went to the A1 Grand Prix (suppose someone had to do it) and no submissions were received timeously for Sports & GT and Marque. The ever true
Harry Lombard did not fail nor did Werner Vonk disappoint with his timely
technical advice.
Springbok Series
It is final. The series will be concluded over three rounds.
December 4 and 5 2010 December 16 2010
February 5 2011
Kyalami
East London
Killarney
Here is a thought: Start your holiday early and stretch it long and
do not go back to work for the entire two month period!
You will find that the articles are more condensed, to not only produce a
thinner magazine but in an effort to see whether we can cover all the news
in a shorter and punchier manner. This may be required for the future editions of the HT.
We are looking forward to our last two series races at Kyalami and Zwartkops to conclude another successful HRCR year that will surely have a
much larger turnout than the Phakisa event.
The year 2010 saw our highest ever subscriptions and sponsorship, leaving
the club in a very tidy financial position, money that will be well protected
with the corrected constitution
Thanks to my editorial staff, thanks Derik, for a job well done once more.
Happy reading and safe driving.
MOBILECTRIC
cc
Est. 1988
Auto Electrical repairs to all makes of cars
Alternators. Starters. Diagnostics. Lights. Alarms systems.
Electric Windows. Central Locking. Ignition Systems. Focus
Lights. Regas of Air Con. Dual Battery Systems.
All car Wiring and Lights + Trailer Wiring/Plugs/Lights. Overheating problems.
Re-wire of race cars
Building of race engines
Frank Copping
Unit 3, Stand 50
Liner Ave (near the Take Away)
Laser Park, Honeydew
Page 4
Tel: (011) 794-1058
Email: mobilec@yebo.co.za
Chairman’s Chirp
September 2010
Our chairmain is currently
overseas and can unfortunately
not contribute to this edition
of the Historic Times
I do not know why Gert wanted this action full frontal……hope I am low enough……
Page 5
He was present at
Phakisa though.
New car is looking
good Barry!
Tech Talk with Werner Vonk
Part 3 The Brakes and HOW TO USE THEM!
In this article I will have a look at some of the theory of what the brakes are suppose to do, and how we, as “racing driver” or
should I say “weekend warrior” should be using these. As simple as this sounds, one will be surprised that we are not using our
brake to their full potential. We sometimes try to be “king of the late brakers” and end up with flat spotted tires and falling off the
road. Whether we are locking up the brakes or not, this is a very important part of any vehicle and when a system like this is not in
good working order, you are endangering your own live as well as others!
The Theory:
Newton’s Law 1: A Particle remains at rest or continues to move in a straight line with a uniform velocity if there is no unbalanced
force acting on it.
This means that our vehicle will carry on moving “forward” if there are no external forces working in, on our car. We have natural
forces such as wind resistance; wheel resistance etc. which will slows the car down. Seeing that we cannot only rely on nature we
have invented systems that this can be done in a more controlled environment. Which is called the braking system. ( to slow down
motion)
Newton’s Law2: The acceleration of a particle is proportional to the resultant force acting on it and is in the direction of this force
The size of force we apply will dictate how fast we decelerate or accelerate. Hence more horse power = quicker acceleration. Bigger
brakes = quicker deceleration, however this is not all that simple. The braking system will need to function as one unit, this includes
the driver, and finding a balance is where it all gets a bit tricky.
Seeing that the driver is a variable in our equations, this will change the criteria of every car, track and human condition. We can get
an acceptable balance for the norm of conditions, and being human, drive around the deficiencies. But how does one know or
realize when a system is optimized and suitable to your driving style, car or track. Consistent data and driver (that is why F1
drivers get payed to drive) will back up theory, with consistent results. Unfortunately we do not get paid to drive fast and we drive
old cars. We are definitely not consisant with our performance (unless it is trying to finish a race) nor do we have technical
engineers to tell us what to do. This means we have to rely on advice, some good & some bad, from our fellow racers, articles and
mechanics. This will also be a good time to state that I will not be held responsible for any lose or damage caused by any advice
given in this article…..this is a risk that we all have to take. Not knowing doesn’t make it better, but knowing and not doing
anything about it, is stupidity. Right, the braking system consists of a few items: calipers, brake pads, rotor, pedals and so on. I will
cover what they do, or shouldn’t do, and try and explain some of the myths and pub talk rubbish! In next article. This article will
cover the need to know (not to much detail) and the following article will cover how to apply this to our cars.
The Caliper:
Calipers come in all sorts of shape and sizes. Earlier cars had drum brakes on all four corners and then started with a disc type
brake in the front and then on all fours. Before we discard the drum brake (which is not adequate in our form of use) we need to
understand what is happening. The theory is that the bigger the diameter and the more surface area we have to “clamp” on our
brake system the more brake force in Newton Meter (N.M) can be applied to slow down our vehicle. The diameter is a restriction on
the rim size so we have to look at the method of clamping the system and transferring that to the tires. The “drum” system will have
adequate clamping force and can maximize the diameters availble, but is old…. and should only be run if the rules state so. There is
not enough heat dissipation nor any pad compound choice. (That is as much
as I will say about drums). Disc brake calipers come mainly in a sliding or
multi pod design. Sliding calipers (Fig1) work fine in theory , are cheap to
manufacture and have nice hand brake capabilities, but do not work all that
well in high demand applications. They will however be a remarkable
upgrade or replacement for drum units. Due to the sliding characteristics, the
bridge is not strong enough and the slides eventually wear down which
results in bad pad tapper wear. This leaves us with a multi piston caliper (yes
you do get multi piston sliding calipers, and suffer from the same defects)
which I will recommend to upgrade to if the money permits. The main
advantage of using multi piston calipers ,that can be purchased from our
Figure 1
performance shops , are that they are light,(mostly constructed from
aluminum) ,a choice of competition compounds brake pads and a range of
bigger rotor diameters are available. Some manufactures have made pad compounds available for our old cast iron 2 piston
calipers, and will work 100% in most cases. This is also the most cost effective and easy to use. I prefer an old 2 piston cast iron
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caliper to an aluminum sliding caliper. The first thing when asked about these calipers is how many pistons are best. One piston on
either side of the rotor is adequate! The only reason for using multi piston calipers is to use a longer pad and spread the load evenly
along the pad. This can be from 1-4 pistons per pad. But when we distribute the load evenly along the pad we end up with brake
pads that are worn taper. This is off set with different piston diameters from small to large. They are staggered with the smallest
piston on the entry side of the disc and will step up to bigger size pistons towards the exits side of the disc. This means that the
calipers are directional and will have a dedicated left and right hand part.
Another important part of the caliper is the bridge design. Due to the nature of applying the clamping force to our rotor, we have a
bridge that connects the bodies that houses the pistons on either side of the
rotor. The bridge needs to be as stiff as possible. The best calipers are
machined from a single piece of material. This makes the unit very
expensive, and specialized, due to manufacturing, machining and so on.
We will typically look at a caliper that can be split in half. This allows for
cheaper manufacturing, flexibility in rotor withes but compromises in
bridge strength. It must be said that with technology advancing all the time,
this is held at a minimum. Nor will we pick up that the caliper is flexing in
our applications. The other important aspect of the caliper is how the unit
mounts to our strut/upright. Lug mount is the most popular if the caliper
and the upright are manufactured together. The second is radial mount.
This, in my opinion, is a better design, and can accommodate a lager variety
of mount possibilities. It is not stronger in any way than a lug mount, but
will depend on application. We also have to look at price, which is probably
the most limiting factor off all. Typical manufacturers’ that we all know are,
Wilwood, APracing, Brembo etc. The most expensive caliper will not
always be the best for your application, and a balance between rotor size
and brake pad availability will have a greater affect.
Brake pads:
This is the component that is treated with the least respect and yet does the hardest work. There is a thousand and one different
brake pad shape and sizes with a variety of compounds. Manufactures are EBC, Competition Friction, Ferodo…and will mostly
depend on if they make a pad that fits your caliper.
Semi-metallic / sintered
This is a good compromise between street and track. These seem to be the pad of choice for sportier vechals. They do
work well when hot, but not for extended periods of time. They have good wear properties and don’t squeal.
Metallic
These pads are typically reserved for racing and the metal can be seen in the bonding material. They squeal and dust like
crazy, are hard on rotors and don't work well when cold. There is a variety of compounds to choose from. Most
manufacturers make pad sizes for all available performance calipers on the market.
Ceramic
Ceramic pads still have metal fibers (about 15% vs. about 40% for semi-metallic) but they are copper instead of steel and
therefore cause less wear and transfer heat better. They don't fade as easily as other pads, cool faster, last longer, and are
effectively silent. The dust created by ceramic pads is also very light in color so your wheels look cleaner
Brake Fluid:
Brake fluid is possibly the single most neglected component of the automobile. Most high performance drivers check their tire
pressures and change their engine oil at frequent intervals. Virtually no one (including me) ever changes the brake fluid in their
street car - or even bleeds the brakes. WRONG! The function of brake fluid is to provide an incompressible medium to transmit the
driver’s foot pressure on the brake pedal through the master cylinder(s) to the calipers in order to clamp the friction material against
the discs. The foot pressure is multiplied by the mechanical pedal ratio and the hydraulic ratio of the master cylinders, booster (if
used) and caliper piston(s).This is a simple concept. When fresh, all brake fluids are virtually incompressible and the system works
as well as its mechanical and hydraulic design allows. There are, however significant problems. Overheated brake fluid can (and
will) boil in the caliper. Boiling produces gas bubbles within any boiling fluid. Gas is compressible so boiling brake fluid leads to a
“soft” brake pedal with long travel. In extreme cases overheated brake fluid necessitates “pumping the brake pedal” in order to get
a pedal at all. “Due to the extreme operating temperatures of a high-performance brake system, standard off-the-shelf brake fluids
are not recommended.” This is what most of the big manufacturers will say. They are probably right, but we don’t do Le mans nor
Formula series. Of critical importance in determining a fluids ability to handle high temperature applications is the Dry Boiling
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Point and compressibility. The Dry Boiling Point is the temperature at which a brake fluid will boil in its virgin non-contaminated
state. The highest temperature Dry Boiling Point available in a DOT 3 fluid is 572 degrees F. The Wet Boiling Point is the
temperature a brake fluid will boil after it has been fully saturated with moisture. The DOT 3 requirement for wet boiling point is a
minimum temperature of 284 degrees F
There are many ways for moisture to enter your brake system. Condensation from regular use, washing the vehicle and humidity
are the most common, with little hope of prevention. Glycol based DOT 3 & 4 fluids are hygroscopic; they absorb brake system
moisture, and over time the boiling point is gradually reduced.
DOT 5 Silicone Brake Fluid is a silicone-based (Polydimethysiloxane) fluid that is formulated specifically for used in hydraulic
brake systems to provide corrosion in protection and lubrication.DOT 5 Silicone Brake Fluid is recognizable by its bluish-purplish
color. In comparison to DOT 3 & DOT 4 Brake Fluids, DOT 5 provides higher thermal stability and higher dry and wet boiling
points. In addition, being silicone-based, DOT 5 is hydrophobic and will not absorb water. It is not recommended to use DOT 5
fluid in any racing applications. DOT 5 fluid is not hygroscopic, so as moisture enters the system, it is not absorbed by the fluid, and
results in beads of moisture moving through the brake line, collecting in the calipers. It is not uncommon to have caliper
temperatures exceed 200 degrees F, and at 212 degrees F, this collected moisture will boil causing vapor lock and system failure.
Additionally, DOT 5 fluid is highly compressible due to aeration and foaming under normal braking conditions, providing a
spongy brake feel.
Pedals:
Pedal ratio, or mechanical leverage is the ratio calculated from the length from the pivot point of the pedal to the center of the foot
pedal (A), divided by the length from the pivot point to the master cylinder pushrod (B). Refer to the figures below. Mechanical
leverage is simply a means of increasing the brake force without increasing your leg effort. As “A” gets longer and “B” gets shorter,
the mechanical leverage increases brake force without pushing harder on the pedal. The disadvantage is that the pedal stroke also
increases, requiring you to push the pedal further. This will become a problem with constrained spaces. The hydraulic ratio is also
of great importance and a balance of mechanical and hydraulic ratio should be found. If uncertain about which pedal ratio is right
for your application, a 6:1or 5:1 ratio is an excellent starting point
The balance bar is an adjustable lever (usually a threaded rod), that pivots on a spherical bearing and uses two separate master
cylinders for the front and rear brakes. Most balance bars are part of a pedal assembly that also provides a mounting for the master
cylinders. When the balance bar is centered, it pushes equally on both master cylinders creating equal pressure, given that the
master cylinders are the same size bore. When adjusted as far as possible toward one master cylinder it will push approximately
twice as hard on that cylinder as the other. To set up the balance bar, thread the master cylinder pushrods through their respective
clevises to obtain the desired position. Threading one pushrod into its respective clevis means threading the other one out the same
amount. Sometimes this will lead to a “cocked” balance bar when the pedal is in the relaxed position, see Figure 2, “no pedal effort”.
This is acceptable as long as each master cylinder pushrod is completely free of pressure when the pedal is relaxed.
Figure 2
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Rotor( Disc brake)
The function of the rotors is to slow down the vehicle. In
physics, energy cannot be created or destroyed, but only
transformed from one form to another. In order to slow the
vehicle down, our “motion or stored energy” must be
transformed into “stopping energy”. This energy comes in
the form of wear or friction. This translates into heat and will
then be spent into the air streams fia our rotor. It is important
that the rotor has the capacity to store that huge amount of
energy and dissipate it into the air stream. The Amount of
energy will depend on the weight and speed of the car. If our
rotor is not big enough, we will have a brake failure, the
rotor will over heat, distort and burn the brake pads. There
are two main types of rotors, solid and ventilated. Solid rotors are used mainly in applications where the rules state the use of them
or in a light application. Typically in the rear of our cars and in very light formula cars. Any other application should use ventilated
where possible. Vented rotors feature a series of air channels between the two disc faces. These channels are referred to vanes and
come in a range of shapes to aid better cooling. The internal vanes pump cooler air from the center of the wheel through the vanes,
and so transfer the heat buildup into the air. The wider the vanes, the more energy can be put into the air steam. The material used
is also important. For our purpose, cast iron will be used. Aluminum, Titanium and carbon are alternatives for the rich and wealthy,
and will need more specialized brake pads. Machining slots or drilling holes is important in high demand applications. When
storing vast amounts of energy in such short time, the brake pads will heat up and gasses will form between the pad and face of the
rotor. If these gasses are not removed at a acceptable rate, it will form a “air cushion” and no matter how hard the brake pedal is
pushed, there will be no contact on the rotor and hence no brakes! Slots and holes give the gasses a path to follow and remove at a
higher rate. I do not know whether slot are better than drilling holes, but have heard of holes drilled incorrectly can lead to cracks
forming and propagating through the hole rotor. Slots on the other hand eliminate this and allow the general machine shop to
machine slot on a rotor face without specialist knowledge. The shape of the slot has also take on different designs, some for looks
and other for function and the professionals will insist in scraping angels, groove depth and widths. I machined a few of our own
with different patterns and direction, and haven’t noticed a slightest difference, as long as there is a slot…job done! Mounting the
rotor to the hub is done in two ways, ridged and floating. For our purpose and the type of disc we will use, ridged mounting is the
norm, even with aluminum hat top. The bolted mounting is generally preferred for strength and security where the rotor is bolted
with a series of bolts or secured with the rim. Floating rotors is highly used on motor cycles and allows the rotor to move in an axial
direction in order to “find” a centered home when the clamping force of the pads acts upon the rotor.
Rotors can also be heat treated and coated and marked with special heat paint. This is all fair and well, but if the driver, engineer
does not use this to any comparable data, it is money that could be spent better on other items of the system. One is being stainless
steel brake hose. This one of the cheapest items that MUST replace the “rubber” units and will have a definite “feel” difference to
the brake system. It will sharpen the feel of the pedal, and aid more consistency to the system. This is also a life time unit and will
never need replacement again.
Proportional valve is another handy unit and I have found more and more useful. This unit is usually
placed in line, and on the rear brake circuit. This unit is a valve and limits the flow of brake fluid to the
caliper. In doing so the initial pressure after the valve is lower and places less pressure in the caliper
piston. However, the pressure will eventually equalize in the circuit and the caliper will experience the
same amount of pressure or force, if given enough time. What is great about the unit is it can be located
close to the driver and be adjusted in increments. This means that the balance bar can spread the
hydraulic force front to rear and the valve can be used to “fine tune” the bias. In rear wheel drive cars,
the rear end can lock up very quickly when applying brakes and gearing down. This eases the initial
pressure spike in the brake line prevents the rear from snapping under brakes.
There is unfortuanaly not enough space to cover all aspects of the brake system and would like to
wrights a lot more. Once again there is books written about this, and hope people will realize the complexity of the mater and make
informed decisions. In the next article I will discuss how we as “racing drivers” can use all the equipment as they are intended
to
.
Page 10
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Phakisa
UNBIASED PERSONALLY OPINIATED TEXT BY Harry Lombard.
In the A to D qualifying on pole as usually was Willie Hepburn-Camaro followed By Ellison-Alfa, Anton Raaths-beautiful R100 – moving from C to B before the race, Phil Pantazis-240Z, Tow man Pieter
van Nieuwenhuizen-Escort, Mark O’Reily-Nissan, Cindy EvansFinney-Gordini, Werner Vonk, Jacques Cilliers and Gert Botesall Escort mounted, Theo van Vuuren-2002, Barry Scott-Escort,
Mike Roberts-Merc, Louw van der Westhuizen-160Z and Sophos
Pantazis-Alfa. As has been in the past the 2002 of O’Sullivan was
hanging in the air with some problem. [Perhaps he should consider
an Alfa]
© Barry Scott
Having fixed and changed all the disc pads on the race car and buying a spare front tyre, I felt that the ‘Kaap was weer Hollands” once
all the checks were completed and the wheel alignment done. I had
organized to stay at the usual guest house in Welkom and had Jerry
with the Abarth and Anton in the Mazda R100 as fellow guests.
Friday morning before sparrows I was waiting at the first 1-Stop
going to Welkom. We left from here in convoy. At Kroonstad the
fuel cans were filled and the journey was continued. At the circuit
all the necessary was dispensed with and pack donkeys unloaded.
Once the new pads had been seated and cooled, some fast laps were
dispensed of and once the “rhythm” was there, the car was parked
and readied for the next day although some spare fuel was on the
order list.
In the E to G field on pole was Shaun van Nieuwenhuizen-Escort
followed by Vonk snr-Escort, Lombard-Beetle, Kevin ArmstrongFiat, Selwyn Roberts-Merc, Herman Pienaaar-SSS with a borrowed
engine while his was being rebuilt, Ladner-Capri, Colin Kean-Merc,
Iain Meaker –Escort, the shared Alfa of Shaun Cabrita and Stuart
Greig, returnee Lucky Thomaides-Scirocco, Isi da Silva-160 U, Mae
van der Westhuizen-Escort, Kevin Taylor-Capri, Joe Soares-Escort,
Desmond and Brandon Soekoe-both Toyota mounted, Danie van
Schalkwyk-Beetle, Michelle Perry-Escort and a hot running SSS of
Manny Micouros.`
By the time the first A to D race started ,Ellison was out with a ‘lost’
wheel and some suspension damage whilst racing in the S&GT race
and while having a good scrap with Anton in the R100.
In the Touring race Willie set off like a scalded cat with the Mazda
following. Behind them there was some good swopping of positions
between Mark, O’Sullivan, Cindy, Phil and Jacques. Uli, Werner
and Pieter were having their own BMW/Escort wrestle while Gert,
Theo and Louw were scrapping it out.
I saw Mark O’Reily and his crew changing an exhaust gasket and
Cindy’s car receiving some attention. Meaker had a few hot wires
on the electronic ignition and Pieter van Nieuwenhuizen totally
misunderstanding the concept of “getting a tow’ with his son towing him behind his car all over including to the scrutineering bay.
Upon inspection, I discovered that he had in fact removed the carbs
and was waiting for his wife to bring another set from other side
the boerewors curtain. One of the Soekoe crew also had his car just
cut out on him.
After eating at a place called ‘Mustangs’ where amongst other
things on the menu there was a “moerse sosatie’ for R33, we settled
in for a slightly interrupted restless night. After a decent breakfast,
we got to the circuit by 0700. We had a fairly sparse field for both
classes.
Page 12
© Barry Scott
A short growing distance behind them Sophos, Mike and Barry
were trying their best to outfox each other. Mark retired after 4
laps .In the end Willie won by the proverbial mile ,followed by Anton, O’Sullivan, Phil and Cindy. At this stage they had pulled a gap
on Jacques, Uli, class breaker Werner and Pieter. They were followed
by Theo, Louw and Gert. The last trio’s winner was Mike, followed
by Barry who beat Sophos by point 2 of a second.
For the E to G race Andy decided not to race his SSS because of
overheating. The start got off to a flyer with Ladner flying through
from the rear having swopped his 14 inch wanked ‘qualifying tyres ‘
for 13 inch full slicks. He got to the front within a lap. Behind him a
huge scrap ensued between Armstrong, Vonk, Shaun and Lombard.
Iain was scrapping with returnee Lucky while Selwyn was having his
hands full with Herman and Cabrita following closely. Soares was
following Mae with Kean holding station ahead of Taylor in the Capri. Brandon, Michelle and Desmond were a further distance back.
Danie in the yellow bug retired as usual with a chucked fan belt and
Isi opted to rather preserve his rubber and pulled in after 4 laps.
Shaun got passed by the bug a time or two on the back section, only
to regain his position down the straight with Armstrong pushing
them to the limits. While this was going on Vonk Snr was keeping
Ladner honest and Herman was getting used to the new found reliability and power getting closer to Selwyn and Iain. On the last lap
going through the last right hander before the pit corner, Vonk ran
wide, lost it on the dirt and spun across the track backwards and
sideswiped the tyres.
Pienaar slowly but surely started falling back with tire troubles.
Ellison retired after 1 lap with suspected broken piston, Puschavez
retired after 8 laps, Danie’s Beetle chucked the fan belt-s.o.s after
10, Botes retired with an electrical glitch after 14, Sanne also retired after 14 and Phil put a rod through the block in the 240Z after
lapping the E front runners on the 18 th lap.
The first time we were lapped it was Lazarus , followed by Hepburn
and Greve. The second time it was Greve and Lazarus as I believe a
wishbone pulled out of the chassis on the Camaro and Willie retired
after 25 laps. There were dices all over, but a few people had not
fitted bigger tanks and/or standard ones and some had to pit more
than once for fuel.
After leading the class for a while with about 10 minutes to go
Lombard noticed the Merc of Roberts catching at a speed as well
as Vonk snr . After holding off Roberts for a while who in turn was
holding off Vonk, the trio spotted O’Sullivan catching them. At the
end of the pit straight as to not hold up the 2002, Lombard et al
waved him to pass. Lombard ran wide and eventually had to turn in
or wind up in the tires. WHACK-the 2002 smacked the bug on the
front fender in passing, with the Merc taking over the lead from
here. I don’t know whether this an old group N habit or…,. On
the last lap Vonk snr pulled in as he heard a wheel bearing making a noise and pitted to fit a new one so that his daughter could
do the Marque car race later in the same car. Meaker slowed at one
stage when the car started missing and found a burnt out earth
wire on the electronic ignition. Raaths too had a wire come loose
that bridges the two coils dropping him a bit down the order. Later
when walking past Willie’s Camaro I saw that the rears were totally
smooth with some big bald canvas patches on them. Pienaar’s
car on the left front had wire sticking out right around the inside
explaining the understeer. He was happy that the motor had lasted
though and bought it from the owner.
The race was won by Greve followed by Lazarus and O’Sullivan.
Class positions were B-Raaths,
C-OSullivan, Cilliers and O’Reily,
D- Theo van Vuuren, Werner Vonk, Mike Roberts.
E-Selwyn Roberts, Lombard, Kevin Armstrong.
© Barry Scott
Ladner won followed by Shaun, Lombard, Armstrong, Lucky, Iain,
Herman, Selwyn, Cabrita, Mae, Soares, Kean, Taylor, Brandon,
Michelle Vonk and last classified finisher Desmond.
For the 1 hour the Touring cars and S&GT were combined and the
grid was at first put out according to fastest laps and then correctly
according to total race times. On pole was John Greve with his
Rasberry coloured Porsche followed by Lazarus in the GT 40 AND
Hepburn in the Camaro. The rest was a mixture of a few S &GT cars
and Touring cars. The pace car pulled off down the main straight
and the front runners then determined the pace for the start which
went off smoothly.
F-Mae van der Westhuizen, Isi da Silva, Kevin Taylor.
Prize-giving was well attended and the local organizing chairman
did not wish to give any comment even though he was presented
the opportunity by Peter Lindenberg. There were some tired faces
about ,but I think the day was thoroughly enjoyed by all. Peter
commented as well that the mix of Sports and GT and Touring cars
worked well and could this be happening again in the future. It was
done before, a long time ago when roosters had hands etc..
In the beginning the E class fight was between , Ladner, Lombard,
Pienaar, Armstrong , Van Nieuwenhuizen jnr, and Roberts snr. On
the second lap the Ladner car picked up a miss and pitted. Lombard
then fell in behind van Nieuwenhuizen with Armstrong attacking
all the way.
Page 13
Convert Beta/VHS to DVD
JC Craft
Videos -> DVD
Records -> CD’s
Beta -> VHS
8mm + 16 mm
Photos Wedding + Music
Photos -> DVD
Order
Number
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Titles available from Carel - Beta-VHS to
Price: R50 single, R100 double
Legends-Revival & SA
2007 SPRINGBOK SERIES REVIVAL
2008 LEGENDS OF THE 9 HOUR
2009 LEGENDS OF THE 9 HOUR
SA TOURIST TROPHY 2005
BRITTISH titles
2003 MSA BRITTISH TOURING CAR CHAMPIONSHIP
USA titles
AMERICAN CLASSICS classic chevrolets
AMERICAN CLASSICS classic travel trailers
AMERICAN CLASSICS king of kustomizing
AMERICAN CLASSICS vol 1 THE L.A. ROADSTER SHOW
AMERICAN GRAFFITI
AMERICAN MUSCLE
AMERICAN MUSCLE ford fairlane gt & talladega 427 cobra
AMERICAN MUSCLE plymouth/dodge/hemi/chev nova ss
Special interest cars
RACING THROUGH TIME ALFA ROMEO
CARROLL SHELBY FORDS
SERIOUS V8s
SHOEBOX DREAM
FABULOUS FORDS
Movies and Personalities
"BULLITT" steve mcqueen
"DEATH PROOF"
ALARM FUR 11
ASPHALT WARS
AUTO RECOVER
BAD BOY ALTEREDS 11
BANSHEE
BIKER BOYZ survival of the fastest
BLACK DOG
BULLDOG BASH 2004
BULLET
BURT REYNODS IN WHITE LIGHTNING
CANNONBALL RUN 1
CANNONBALL RUN 11
CAR NAPPING
CAR WARS
CAR WARS GREATEST HITS
CATCH ME IF YOU CAN
CHAMPION DON GARLITS
CHRISTINE
CONE IN 60 SECONDS=2
CONVOY
CRASH
CRASH
CRASH CRAZY
CRASH IMPACT
CRASH KINGS RALLYING
CRASH KINGS RALLYING 2
DAKAR 07
DAMON HILL'S WILD & WHACKY RACES
DAYS OF THUNDER
DEAD ON TIME
DEAD RACER from pedal to metal
DEATH CAR ON THE FREEWAY
DEATH OR GLORY VOL 1
DEATH RACE
DEATH RACERS
DEVILS KNIGHT
DIE VOORTSE LINIE
DIRTY MARY GRAZY LARRY
DOLPHINS
DOOR CAR CHAOS 2005 vol 2
80
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Page 14
Carel
083 263 2841
carelracing@lantic.net
DRAGENRACING FEATURING 2005 PLANET SAND
DRAGSTRIP GIRL
DRIVEN
EARTH ANGEL
EAT MY DUST
EXIT SPEED
FANGIO a pirelli tribute
FAST COMPANY
FAST GIRL
FAST LANE
FAST TRAC
FATAL BBEATY
FERRARI
FINISH LINE
FUEL & FIRE
FURY ON WHEELS
GONE IN 60 SECONDS
GONE IN 60 SECONDS THE JUNKMAN
GONE IN 60 SECONDS=gone in 60 seconds -2Grand Prix
GRAND PRIX
GRAND PRIX THE GOLDEN YEARS
GREASED LIGHTNING
GREAT CARS
GUMBALL 3000 the movie
JAMES HUNT PROFILE OF A LEGEND
MANSELL AND WILLIAMS '99
MURRAY WALKER'S F1 GREAT'S
MURRAY WALKER'S MAGIC MOMENTS
FORMULA 1 WORLD CHAMPIONSHIP '89
FORMULA 1 WORLD CHAMPIONSHIP '90
FORMULA 1 WORLD CHAMPIONSHIP '91
FORMULA ONE 1979 maranello mastery
F1 2000 WORLD CHAMPIONSHIP
Havoc and Thrills
BEST OF HAVOC
BEST OF HAVOC 1
DECADE OF HAVOC
DECADE OF THRILLS 1
DECADE OF THRILLS 2
HAVOC 1
HAVOC 10
HAVOC 11
HAVOC 11
HAVOC 3
HAVOC 4
HAVOC 5
HAVOC 6
HAVOC 7
HAVOC 7
HAVOC 8
HAVOC 9
Drag racing
NHRA CHAMPIONSHIP DRAG RACING-DRAG RACING 1993
NHRA DRAG RACING 1993
NHRA DRAG RACING '91
NHRA DRAG RACING '91
NHRA DRAG RACING '94
NHRA DRAG REVIEW 1998
NHRA DRAG REVIEW '94
NHRA DRAG REVIEW '95
NHRA DRAG REVIEW '96
NHRA DRAG REVIEW '97
NHRA DRAG REVIEW '99
FUNNY CAR SUMMER
Mansell in USA
NIGEL MANSELL's INDYCAR DIARY VOL 1
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189
NIGEL MANSELL's INDYCAR DIARY VOL 2
NIGEL MANSELL's INDYCAR DIARY VOL 3
NIGEL MANSELL's INDYCAR DIARY VOL 4
Other Titles & More movies
CLASSIC MOTORSPORT 1950 AND 1953
HEART LIKE A WHEEL
HELL RIDE
HIGH OCTAINE 2
HIGH OCTAINE DETONATE
HIGH OCTANE
HOMETOWN USA
HOT ROD
HOT WHEELS HEAVY METAL
HOTTEST BIKES SHOWDOWN
HUEVO'S (Bikes)
INSIDE VIEW
JUDGMENT DAY 2 total domination
JUNKYARD TO FINISH LINE
KART RACER
KEVIN CARMICHAEL FAST and FURIOUS
KING OF THE MOUNTAN
KING OF THE STREETS
LANDSPEED
LAY IT DOWN
LE MANS
MAXIMUM OVERDRIVE
MICHEL VAILLANT
MIDNIGHT 200 MPH BLAST!
MILLION DOLLAR CARS volume one
MISCHIEF
MONSTER MANIA
MORE CAR WARS
MOVING TOO FAST
HEART LIKE A WHEEL
HELL RIDE
HIGH OCTAINE 2
HIGH OCTAINE DETONATE
HIGH OCTANE
HOMETOWN USA
HOT ROD
HOT WHEELS HEAVY METAL
HOTTEST BIKES SHOWDOWN
HUEVO'S (Bikes)
INSIDE VIEW
JUDGMENT DAY 2 total domination
JUNKYARD TO FINISH LINE
KART RACER
KEVIN CARMICHAEL FAST and FURIOUS
KING OF THE MOUNTAN
KING OF THE STREETS
LANDSPEED
LAY IT DOWN
LE MANS
MAXIMUM OVERDRIVE
MICHEL VAILLANT
MIDNIGHT 200 MPH BLAST!
MILLION DOLLAR CARS volume one
MISCHIEF
MONSTER MANIA
MORE CAR WARS
MOVING TOO FAST
NITETIME FUEL & FIRE
ON THE SCENE
OUTLAW STREET CARS VOL1 death of glory
OVAL NATIONALS UNITED STATES 2006
OVERHAULIN' THE LANCE ARMSTRONG EPISODE
PHANTOM RACER
257
258
259
260
261
262
263
264
265
266
267
268
269
TOP FUEL SENSE-ATIONS
TORQUE
TUCKER THE MAN AND HIS DREAM
TURBO TIME
TWENTY CARS THAT CHANGED THE WORLD
VANISHING POINT
VIVA KNIEVEL
WHEELS IN THE SKY
WHEELS OF TERROR
WHITE LIGHTNING
WILD ABOUT WHEELS
WORLD FINALS 1994
WORLD FINALS 2003
Voting required for the Insurance
Fund for HRCR racers
This will be the second time that the item is raised. Deon Hattingh
and Barry Scott, because of their insurance experience, have been
asked to make a full investigation and to report the findings to the
committee at the next meeting.
There appear to be as many ‘for’ as there are ‘against’.
The ‘for’ appears to be mostly the ‘hobby drivers’, who are unsponsored and on limited budgets. The number of drivers in this
category will be the ones that will be best served by the insurance
fund initiative.
The ‘against’ come from the more professional racers who have
been doing it for a long time and believe that ‘if you damage it you
repair it’. It is true that many such initiatives had failed elsewhere
in the world and a massive whipe out on day one will dstry the fund
instantly.
Any new initiatives in a club preferably serve all members – and in
a democracy that may mean that the committee will do what the
majority require.
All HT readers are asked to stand up and take a vote. Deon and
Barry are both happy to hear your views and imput, before starting
with their investigations and making a proposal. If there is not a
reasonable amount of ‘for’ votes the investigation will not even be
started.
The initial briefing indicated a few alternatives that we pose here,
and we invite each member to comment on these options and vote
for their preferences.
•
•
•
•
The scheme can either be compulsory for all participants and
fees are raised together with entry fees at each race meeting,
or, voluntary and only those who want to participate will pool
their resources. The problem with the second option would
pose a problem if the participants are too few and the pool of
funds too low.
The value of damage should be restricted to bumper bashings/
fender benders only and should be restricted (this to remove
the possibility of a GT 40 fender costing the same as an entire
second hand Mk1 Escort body).
Should expensive cars pay more for their insurance according to
value? This one may prove tricky.
Should we have nominated repairers that will do the work at a
predetermined price? You can have your car repaired there or
take the equivalent amount and do repairs elsewhere. This will
assist the guys who can secure panelbeaters as sponsors.
Please add your considerations to the list when talking to us.
You can also email me your thoughts at editor@hrcr.co.za
Here is an example of what Guiseppe Martini wrote me after the
last placement.
Hi Deon
Thanks for the HRCR Magazine - was reading the article on “self - insurance”
and I believe that this is a VERY good option and I for one would definitely
participate - I do however think that we must also restrict the “insurance” to
something like:
•
ONE incident per Driver per annum
•
OR, maybe a MAX Value per annum
Or some other form of limitation, so as to ensure that the benefit is NOT abused
and also not seen as a way of being OVER reckless”
Page 15
the
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2000 Mercedes-Benz CLK 430. Very good
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Page 17
2001 Mercedes-Benz SLK 320. Seeing is
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SIDE EXIT DISTRIBUTOR, 40 SIDEDRAFTS, MODIFIED HEAD WITH TITANIUM COLLARS, TNT ROLL
CAGE, LOCK DIFF, STRUT BRACE, FINISHED 2ND IN CHAMPIONSHIPS 2005 AND CAR OF THE YEAR
2003, R60,000, BERNARD SPOLANDER 082 448 7576
Tiga Sports car build in 1983 for Graham Duxbury Sponsor was Heckro Engineering. I bought this car in April
2001 and rebuilt it to race in SRA and Historics. Raced the 3 hour at Kyalami 2008 and led race until 7 minutes from the end when drive shaft colapsed, now has tripoids. no longer cv’s. Kyalami lap time 1.44.3. Zwartkop 1.3.5. Now has a 13B Mazda Rotary developing 50 BHP than the 12A, the times shown are with the 12A.
For sale R 400000.00 or nearest offer. Contact Bernard Tilanus 082 447 4717.
MGB GT 1967 Yellow race car. Does 18s at Zwartkops all day. I built this car about 25 years ago and it won
the HRCR Championship in the early 1980s. Fitted with FIA spec engine, FIA close ratio gearbox. Car is also
road registered and is for sale at R60000.00. Hanning Jaguar. Rare South African F1 and Sports Car. Requires
assembly. R300000.00 Roger Pearce 082-8970771 or 0117897127
Bailey Edwards Cars (Ford) GT40 racing car. Full race Spec, Ford 460hp engine, Porsche 5spd g/box, Complies
to 2010 race regs
Price: R490 000
Contact Peter Bailey: 082 650 0052
www.baileyedwardscars.co.za
Lola T70 Mk III built by Garth Waberski and DAW Racing. Body and chassis built by DAW, Fully adjustable
A-Arm suspension set up , Nickel plated Wilford brakes - ducted for cooling, Penske adjustable gas shocks and
springs, Internal fire exstinguisher, Porsche G50 gear box - brand new insides, 14’’ rear amd 10’’ front rims
with slicks, Brand new second set of identical rims included, Custom headers and exhaust, MSD , chipped ,
and high spark coil , Petersen dry sump system, Stockcar Products (Nascar spec) 4 stage dry sump oil pump
Custom hand made aluminium sump, Twin side foamed racing cells, Custom tinted glass windscreen. The
engine was built by Gregg Hekimian (at a cost of $24000) who builds the 302 motors for the later model Lola’s
that race in Europe The engine build was fully photographically documented and I can send these to interested
parties on request. Any reasonable offer will be considered. Contact Colin Butcher on 0828935914
FOR SALE - ALFA GT2000 1972- 2008 MARQUE CARS CHAMPIONSHIP WINNING CAR (No105)
The car competes in the Marque Cars AND Historics class E championship. Lap times currently in the low-mid
1:19 at Zwartkops and mid to upper 1:20’s at Midvaal. Some details as follows:
Piston Rings and main Bearings done in Jan2010, High Compression Pistons, Billet cams, Head, etc Sintered clutch, Fibreglass Boot and Bonnet, Panhard Rod Aluminium rear suspension,Battery moved to rear of car, Aluminium Petrol Tank ,Current HTP valid for and registered for 2010,Genuine Campagnolo Magnesium wheels (x7), Upgraded
brakes - Vented front discs and BMW Callipers, Lots More done and LOTS of money spent.
PRICE R100,000 neg - spare complete engine also available, with 48Webers, never run and JUST completed.
Contact Giuseppe - 0832525423 or e-mail guiseppe@iafrica.com
WANTED: A pair of two barrel side draft webers for a 1600 mazda
bakkie. New or second hand. The ones I need are “40 DCOE 151”. If
anyone can help please contact Robin on 082 604 5615
4 Nanking Tyres 13inch x 60 x 205 for sale at R300 each
Contact Frank Copping (011) 794-1058
BMW 3.0S
-AUTOMATIC
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-M TECH BMW WHEELS
-A STUNNER AT R30 000
Brendon Parker
Tel: 011 795 2519
Mobile: 082 608 8200
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Accolades
Marque Cars
Saloons
Sports & GT
Page 21
Points Standings
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Page 23
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Committee Contacts
Chairman
Barry Scott
083 325 0854
chairman@historicracing.co.za
Vice Chairman
Peter Lindenberg
082 468 0500
vicechairman@historicracing.co.za
Club Secretary
Tracy Cilliers
Treasurer
082 330 3446
Hedley Whitehead
secretary@historicracing.co.za
treasurer@historicracing.co.za
Chairman of Marque Cars
Chairman of Saloon Cars
Howard Nel
083 657 2845
Alan Poulter
marque@historicracing.co.za
saloon@historicracing.co.za
Chairman of Sports & GT
Mike Altona
082 8921380
Chairman of Classic Thoroughbred Saloons
082 728 2265
Nick Sheward
sportsgt@historicracing.co.za
083 299 3090
thoroughbred@historicracing.co.za
Editor
Deon Hattingh
083 440 5555
editor@historicracing.co.za
Competition Secretary
Harry Lombard
084 385 6632
competition@historicracing.co.za
Page 25
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