Chapter 5 – Disassembly

June 29, 2002

Final Interior Dismantling

Gearbox tunnel and extension cover. Both were rusted badly and were discarded. I learned later as I was fitting new parts that I should not have violated the restorer’s rule: Never throw anything away until the project is complete!

Gearbox tunnel and extension cover

Fresh Air cover plate and screen on left (driver’s) side. Three self threading screws.

Parcel tray on passenger side. Four self tapping screws on the firewall. Three self tapping screws on the right side wall. One screw and nut into left side to hanging support bar. Then removed the parcel support bar with one screw and nut at top.

Parcel Tray Support brace.

Steering Wheel Shaft Blanking Plate on the right side. Note larger “painted washers” and self tapping screws. Felt gasket found on reverse side of the plate.

Steering Wheel Blanking Plate

Steering Wheel Shaft Blanking Plate Felt Gasket

Two Blanking Screws into captive nuts in firewall on passenger side that just fill holes similar to the driver’s side. These were not painted.

Large Wiring Harness Rubber Grommet in center of firewall. Then removed firewall tarpaper in center of firewall. Note the rubber insulation around the heater box hole and along the seam that would otherwise leak air.

Heat Insulation (tar paper) on firewall

Firewall Grommet

Heater Channel Opening

Center Panel Firewall “Tarpaper.” After removing the firewall “tarpaper” that is in three pieces I numbered the holes:

#1 – Bonnet release rod grommet

#2 – Blank Cover grommet

#3 – Grommet

#4 – Brake Line clip

#5 – Grommet

#6 – Grommet

#7 – Nut

#8 – Nut

#9 – Brake Line Clip

#10 – 1 Nut, 2 grommets Wiper motor

#11 – 2 Nuts

#12 – Nut

#13 – Nut

#14 – Nut

#15 – Nut

#16 – Main wiring harness to dash

#17 – Blank Cover Grommet

#18 – Nut

#19 – Nut

#20 – Nut

#21 – Grommet 

Left Panel Firewall “tarpaper”:

#22 – H2O temp. line

#23 – Oil line

#24 – Nut

Small Blanking Rubber Grommets under the heater opening in firewall. 

Blanking Rubber Grommets

Right Bonnet Hinge cotter pin and 4 washers. The thin washers go closest to the hinge. The nuts go to the inside of the bonnet.

Bonnet Hinge Fixing

Bonnet Hinge

Speedometer Cable at “L” junction to the gearbox.

Speedometer Cable to Gearbox

Clutch Pedal from pedal bar – two nuts. The nuts go to the right side. Removed the Brake pedal from pedal bar – two nuts with nuts to the right side. I noticed at this point that some primatively cut spacers had been added to the pedals for a short-legged driver!

Clutch Pedal

Clutch Pedal Spacer

Pedal Spacers

Floor Dip Switch with two bolts to the fixed nuts in floor. 3 wires: red/blue, blue/white, all blue.

Dip Switch Wiring and Bracket

Dip Switch

Heater Vents on both driver and passenger side below dash. Four self tapping screws in each

Heater Fresh Air Vent Door

July 2, 2002

Engine

Fan and fan belt – Loosened 4 bolts and washers and removed the fan and fan belt.

Fan and Fan Belt

Wiring to the coil –  CB Terminal – White with black stripe from/to the distributor body and white with black stripe from harness that goes to the generator. SW Terminal – Large solid white wire from harness to generator.

Coil Wiring

Generator – Removed 2 bolts and nuts and adjusting bracket with self-locking nut. F Terminal – yellow/green stripe wire from harness. D Terminal – Large solid yellow wire connected to large spade.

Dynamo – Generator

Generator Adjustable Mounting Bracket

Generator Wiring

Distributor –  Removed two 7/16” bolts – note position of distributor and vacuum advance. Numbered each wire to the correct cylinder. Disconnect vacuum line and oil feed line to the tachometer drive.

Distributor Wiring

Distributor

Distributor Cap

Distributor Mounting Clamp

Oil Filter –  Removed two large bolts to the engine block.

Oil Filter Mount

Oil Filter

Starter and Solenoid  Disconnected solenoid to starter lead cable. Loosen two 9/16” bolts accessed through the interior bulkhead and under car.

Starter

Starter Solenoid

Starter Solenoid Wiring

Starter Cover

Engine mounts – Removed 4 bolts from right front to frame. Then removed left side.

Engine to frame Mount

Ground strap –  Disconnected the strap from the frame.

Oil pressure line –  Disconnected the line at top union near intake manifold.

Oil Pressure Line Disconnect

Breather pipe –  Disconnected the pipe at the “T” junction on the rocker cover.

Breather Pipe Disconnect

 

 

Chapter 4 – Disassembly

May 26, 2002

Wiring Harness

The wiring harness enters the interior cabin from a large centrally located grommet in the firewall. It splits into three strands.

Wring Harness at the Firewall Grommet

Strand “A”

Dash panel light switch – 3 wires, 2 red/white stripe to one post. 1 solid red wire to other post.

Dash Panel Light Switch 1

Dash Panel Light Switch 2

Heater – 1 solid green wire with bullet connector joint.  1 green/red stripe wire.

Heater Wiring

Ignition – 2 White wires to left post. 1 Brown wire/blue line to right post.

Ignition Wiring

Strand “B”

Speedometer – 2 black wires soldered to one loop connector to the right post. 

1 Blue/white stripe 

1 Lime green wire 

1 Black wire

Speedometer Wiring

Speedometer Wiring 2

Starter Button – 2 solid white wires soldered together to right post on button.

 1 white/red stripe to left post on button.

Starter Button

Dash Light – 1 red/white stripe wire.

Dash Light

Wiper Switch – 1 black wire/green stripe to left post. 1 solid black wire to right post.

Wiper Switch Wiring

Tachometer – 3 solid black wires soldered into one connector, fasten to left post on tachometer. 1 solid white wire – ? 

Tachometer

Lights – 2 red wires soldered together (1)

  2 large brown wires/blue stripe soldered together. (2)

  1 solid large light blue wire. (3)

Lights

Fuel Gauge – 2 solid green wires soldered together to left post. 1 green/black stripe to right post.

Fuel Gauge

Overdrive switch – 1 solid white wire to right post. 1 white/purple stripe wire to left post.

Overdrive Switch Wiring

Dash Light – 1 red wire/white stripe. 

Chapter 3 – Disassembly

Windscreen Wiper Motor and Wiper Box  

Removed the three mounting bolts in the bottom of the wiper motor. Disconnected the three wires from the junction. Removed the lateral brace from the steering wheel column to the left body wall (two bolts). The three wires are green, green and black, and black and connect through the grommet hole below the choke hole in the firewall to the primary wiring harness. The two large chrome nuts are removed from the wiper box shafts and the shafts can be withdrawn under the dash. The motor and wiper boxes can be removed along with the connecting cable by sliding it above the steering wheel toward the passenger seat.

Wiper Motor Mounting Bracket, posts and grommets

Wiper Motor and Rack

Wiper Motor Wiring Snap Connectors

Wiper Motor Wiring in Engine Bay

Wiper Motor Wiring to Fuse Box

Wiper Rack Wheel Box

Wiper Rack

Wiper Wheel Box

Water Temperature and Oil Pressure Gauge 

Used a 5/8” box wrench with a slit in it to go around the capillary tube to loosen the nut around the sending unit on the engine head. Then withdrew the capillary hose through the grommet hole in the firewall below the I.D. plate. Loosened the oil pressure line from the back of the gauge and remove the gauge from the interior.

Water Temp Capillary Pipe

Oil Pressure Pipe

Heater Control Panel Refurbishment

We had several examples of these panels from donor cars and assembled the best parts to make the panel below. Ordered a new face plate and knobs.

Heater Control Panel

Heater Controls 1

Heater Controls 2

Heater Control Electrical Connection for fan 

Chapter 2 – Disassembly

Cockpit Trim

I removed the pieces from the shroud.

Cockpit trim

Cockpit trim fastener

Door Shut Face Finishers

Remove the vertical aluminum shut plate (back of door jamb) first. 7 chrome screws and 4 countersunk bolts for the door lock packing and tapped plate as well as the striker. Then removed bottom door sill threshold plate which is secured by 8 chrome screws. Then the door seals(draught excluder) and the aluminum finish plate for the inner door sill can be removed.

Door Shut Face Finisher

Rear Quarter Liner Assembly

Remove small wooden block topped by the aluminum hard top surround finisher plate. The aluminum finisher is secured by three small stainless screws. The wooden block is secured by a single self tapering screw that also helps to fix the rear quarter liner assembly. Four screws go through the door shut plate and into the wood of the rear quarter liner assembly. Once these are removed the assembly can be lifted free of the interior.

Door Seal finisher

May 25, 2002

Heater

Opened the drain plug on the radiator. Detached the rubber hoses to and from the engine so that they can be pulled through the firewall with the heater unit when ready. Removed the heater bracket just to the right of the steering wheel. Six #10 machine screws hold the bracket to the firewall. Loosened the wire clamps that secure the heater hose from the blower unit on the right front fender well and pull through the firewall. Disconnected the heater control cable from the water valve. Disconnected the demister hoses from the vents to the windscreen. Disassembled the unit and flushed the radiator. Removed rust, painted and reassembled.

Heater Assembly Clips

Smiths Heater Label

Heater Air Flap

Heater Water Valve with Hose

Heater Water Valve Cable Attachment

Heater Water Valve

Radiator 

Drained radiator of fluids. Disconnected the radiator to its mounting frame by removing 6 mounting bolts into threaded fixed nuts. Disconnected upper and lower rubber hoses. Lifted out the radiator.

Bonnet Pull Rod

Disconnected the small split pin and washer at the front of the pull rod near the front of the latch. Removed the rod holder bracket from the shroud support channel and slid off the upholstery clip located 29 3/8” from the front of the rod. Disconnected the spring from the rod holder bracket and slid off the rod. Pulled the rod through two rubber grommets under dash toward rear of the car.

Bonnet Pull Rod Handle

Bonnet Pull Rod, Spring and Clip

Tachometer Cable 

Detached the tach cable from the distributor drive and pulled from inside the cabin through to the engine compartment. The tach grommet is the lower hole in the firewall to the left of the voltage regulator.

Tachometer Cable with Firewall Grommet

Choke Cable 

The cable as removed on this car is not original. Disconnected from the carb choke bracket by the air cleaner. Pulled through the top firewall grommet and hole adjacent to the left bonnet hinge.

Chapter 1 – Disassembly

December 28, 2001

To get started with my restoration, the first thing I had to do was move the car from its storage site to its new home. This required putting some new rubber on the wheels as all four of the tires were flat. I purchased some Michelin tubes from Hendrix Wire Wheel and one of the local tire shops mounted four used tires on my old wire wheels for me for free. After installation the car was rolling and ready to be towed to our home and into a storage shed I purchased. 

February 2, 2002

My son, Scott, assisted me in the relocation process. The car looked pretty rough. Obviously the garage had been damp as considerable rust had developed. Once home, the dismantling process began.

Stored in a poultry barn

Off the trailer at home with Scott

Bringing the Healey Home

Tucked into the shed

March 15, 2002

Rear Bumper

Removed two bolts (HZS0608) each, with flat and split washers, from the brackets in the boot for the rear bumper bars (RH-17H9699) and (LH-17H9700) . Note that one of the bolts also secures the ground cable (1B9078) from the battery master switch (1B2804) to earth.

Rear Bumper Bracket Mounting Points

 

Boot Lid Control Cable

Removed the boot lid control cable (14B8692). Secured at the boot lid hinge stud with a flat washer and nylock nut (53K1661), and by a bolt (PMZ0410), lock and flat washer and nut at at the prop rod support bracket (14B6467).

Boot Lid Control Cable fixing to boot lid

Prop Rod Support Bracket

Boot Lid

Hinges should be loosened from the rear shroud first, then the boot lid. This because the shroud is soft aluminum while the boor lid is steel. The RH hinge (14B1725) and the LH hinge (14B1726). The hinges are handed but their gaskets comprised of two parts each (14B3463) and (14B3462) are not. Removed three nyloc nuts (53K1661) with flat washers for each hinge. Unlocking the boot lock handle assembly (14B1963) will then allow removal of the boot lid from the car.

Fuel Tank Filler Pipe 

Removed fuel filler cap (8G654) from the tank filler pipe (AHB8315). I then  loosened the two tube clips (8G505) on the short filler tube connection (11B2011) and pulled the steel filler tube with its rubber tube to body collar (11G2100) out of the rear shroud and removed both.

Fuel Tank Fittings

Fuel Tank Sender Unit

Removed the Fuel Gauge Tank Sender Unit (1B2736) by removing six screws (53K165) fixing the unit to the tank. Each screw had a copper washer (2A2088). A cork gasket, or tank unit washer, (2H1082) was also removed. Note that the float arm points to the top of the front of the tank/car. I disconnected the electrical wire to the unit and removed the gauge sender from the car.

Fuel Gauge Tank Unit Sender

Fuel Gauge Tank Unit Sender Removed

Battery Cable Lead

Loosened the battery cable at the battery post. I cut the cable at the terminal because I knew that I would be replacing the cable, but the proper routing involves removing the cable lead at the solenoid and then pulling rearward through frame clamps to the boot. Two rubber grommets were located in the filler tube wall and the rear kick panel.

Battery Cable and Rubber Grommets in Boot

Battery Master Switch

Removed two mounting bolts and disconnected the ignition wiring and ground cable to battery as well as the ground cable to the frame. It is reported that this switch was under-engineered and often the source of electrical problems so I will plan to replace it with an upgraded, but non-original, switch upon reassembly.

Battery Master Switch Mount

There are three electrical connections to the master switch. The earth or ground cable (1B9078) that attaches to the frame near the switch, the positive battery cable connecting to the + battery post, and the small wire to the ignition coil.

Battery Master Switch

Boot Lid Striker 

Removed the striker (14B1719), its packing plate (14B2809), a packing piece (14B6817) and the striker tapped plate (14B2038) from the boot frame by loosening three 1/4” bolts (HZS0407) with flat and split washers. This striker is adjustable to obtain the best fit with the boot lid lock.

Boot Lid Striker

Boot Lid Striker Assembly

March 16, 2002

Carburetors

First step in the removal of the twin HD6 SU carburetors is the removal of the front (11B622) and rear (11B619) air cleaners. The rear air cleaner has a tube for the breather hose from the rocker cover. The screws on the clips (AEC442) for each end of the hose (1G2268) must be loosened so as to remove the breather hose. Each air cleaner is mounted to its carb with two hex head bolts (HZS0506), flat and split washers. These could then be set aside.

Next was the removal of the carb to carb fuel pipe (AEC1230). One fibre washer (AUC4121) on each side of the brass banjo bolt (AUC2698). Filter cups (AUC2139) with springs and washers fit into the float chamber lids at this junction. The pipe could then be removed and set side. The banjo bolts, washers and filters were refitted to the float chamber lids.

Carb Removal

Loosened the nuts on each of two screws on one of the ribbon rod couplers (AUC4334) so that the carbs could be separated.

Carb Throttle Shaft Connector

This also required freeing the choke jet lever connecting rod (AUC2867) at the bottom of the carbs. First removed the cotter pin from the pivot pin (AUC2108) that held the connecting rod end fork (AUC2256) on the front carb.

The choke cable must also be loosened and removed. The cable is routed through the choke cable trunnion in the bracket (11B623) on the rear carb, fitting between the carb and the air cleaner. A gasket (AEC375) is located on either side of the bracket. The front carb has only the one gasket between the air cleaner and the carb.

Choke Bracket on Rear Carb

Each carb is mounted to the intake manifold studs with four 5/16″-24 (FNZ105) nuts, flat and split washers. A couple of the nuts on the underside of the carbs are not easy to access!

The ignition control vacuum pipe (AEC416) from the distributor must be disconnected from the rear carb by loosening its fitting nut (2K6193).  The assembled carb unit may be then removed from the manifold. A nylon overflow pipe (AEC981 and AEC982) for each carb float bowl lid can be lifted away with the carbs. 

A gasket (AED308) is found between each carb and the Heat Shield (AEC1357). These are removed and then the heat shield can be lifted away from the manifold. Between the heat shield and the manifold there is an insulating distance piece (AEC368). These were also removed.  

 

 

The Restoration Plan for my BT7

The plan from inception was to “enhance” the original design with a series of modifications to enhance the drivability and safety of the car; however, virtually all changes are “bolt-on” to permit a reversal to original specification (with the major exception of the frame) if desired by a future owner.

While I have the greatest respect for those who restore their cars to original but as-new condition, Donald Healey endorsed modifying his cars from the beginning.

John Christy in the August, 1961 issue of Sports Car Graphic wrote an article entitled “Healey’s Six-Slug Slugger.” The article was about improvements that might be made in the 6 cylinder Austin-Healey. Clearly, enthusiasts were modifying their cars almost as rapidly as they were being produced. Christy’s article divided improvements into three categories: power, reliability, and roadability.

Power

Cam modifications: 

#AEC2029 – leaves intake valve timing alone, but opens exhaust 51 degrees BBDC, closes 21 degrees ATDC. Ideal for street use, doesn’t increase rpms, but adds torque.

#AEC865 – moves intake valve opening to 16 degrees BTDC, closes it at 56 degrees ABDC with exhaust opening at 51 degrees BBDC and closing at 21 degrees ATDC. This cam increased rpms by about 500 and increased top end performance. This cam required a modified distributor as well – #LT17001. Heavy valve springs (#1G2887) and a close ratio gearbox (#AJH5291) helped to take fulladvantage of the hotter cam.

Carburetters: 

The HD8 carbs later used on the BJ8 cars were available as on option at the time with double or triple manifolds and a cold air box. Various needles could be used in the HD carbs to enhace performance. The XD-19 was recommended as the ultimate performance needle.

Cylinder Head:
A polished and ported head and manifold was available #H.8433.

High compression pistons to boost the ratio to 9.5:1 with polished connecting rods #H.8432, a lightened flywheel #H.8257, and a competition clutch ##h.8255/6 could be installed.

Modified two blade fan # H.8421 could be had to reduce horsepower loss at racing speeds.

Reliability

To assist in cooling a modified engine, an oil cooler #AJH5291 and a largr capacity oil sump #H8416 could be ordered.

Roadability

It was recommended at the time that tires be switched to Dunlop R5s. The rear disc brake kit was also suggested #H8462 and was available for $120 at the time. Variations in front coils springs and in shock size and stiffeness were available. Combined with the anti-sway bar # H8275 handling was enhanced. An upgrade from 48 to 60 spoke wire wheels with either steel or magnesium rims was an available option. 15 and 25 gallon competition fuel tanks could be ordered for the racer. 

The factory, or “Works” as it was called, supplied numerous performance components for the Big Healey owner to convert his vehicle to race specifications.

To enhance power, high performance cams, pistons, connecting rods, distributors, clutches, gearboxes and ported and polished heads could be had. An oil cooler, larger oil sump, improved tires and wire wheels, and uprated lever shocks were available to the enthusiast as well.

I have chosen the path of those early Healey owners who preferred to “personalize” their cars to enhance performance, comfort, and reliability to suit their tastes.  

After considering how much rust I had, and knowing that I wanted to build a “driver,” albeit a show quality driver, I elected to use a Jule frame. The frame is made by Martin Jansen from Canada and his company is Jule Enterprises http://www.jule-enterprises.com/. Martin drove to Harrisonburg, VA picked up my “tub” (frame and superstructure) returned to Canada to build the frame and put my superstructure back on the new frame, and then returned the finished product to me. He replaced a number of panels and components that were too rusty to repair.

I selected Jeremy Turner of Maple Hill Restoration in Broadway, VA to do my panel fitting, bodywork and painting. Jeremy had not worked on a Healey before, being a specialist in Corvettes and Mustangs. However, I had seen the quality of Jeremy’s work and I convinced him to take on my project.

Jack Harper of Coach Works agreed to complete the engine rebuild for the “Bloody Beast.” Jack’s shop is located in Singers Glen, VA. Jack has done some Healey restoration work including a complete restoration of a BJ8 for his dad. I also had experience with Jack as he provided some mechanical assistance on the 1959 Austin Healey “Bugeye” we own.

The rest is up to me! I will complete the assembly of the restored components. However, in doing so I am guided by a number of Healey specialists available to me as consultants through the Healey list-serve, majordomo@autox.team.net  and the British Car Forum, http://www.britishcarforum.com. Although not a complete list, I cannot thank people like Rich Chrysler, Michael Salter, Michael Oritt, Mike Lempert, David and Norman Nock, Bruce and Inan Phillips, Jack Brashear,George Burkhart, Dave Russell, John Loftus, and Tracy Drummond enough. What great resources they have been. It is hard to imagine how difficult this job would have been without the use of the internet and digital photography. Technology improvements have made a successful restoration by a novice possible.

Jeremy delivered the painted “tub” on December 7, 2006. Now the fun begins! I will use this Blog to chronicle my progress. I am going to try to chronicle progress in one week increments. I am certain that there will be some weeks when nothing gets done, but I plan to try my best to do something each week.

Linwood Rose

August 2006

 

History of My BT7

1960 Austin Healey 3000 MkI  HBT7L4422

I purchased BT7 L4422 from Ronnie Parmer in Staunton, Virginia in 1971 when I was 19. It was the first car I ever owned, and I paid $600. The engine number was 29D/RU/H5677 with body number 4504 BT7L. The Heritage Build Certificate indicates that the car was painted Colorado Red with Black coves and a red leather interior. A Factory hardtop was included with the purchase.

Bloody Beast circa 1975

I drove the roadster while in college at Virginia Tech, but shortly after graduation in 1973 the car began a life of storage in a number of sites (barn, garage, poultry house). In December of 2001, I made the decision to undertake a total restoration of the vehicle.

In 2004, I ordered a certificate from the British Heritage Trust to document the build history of the car. Even the BHT makes mistakes, while I received the certificate with some very helpful information, it indicates that the Bloody Beast is a BN7 (two seater), although it is obviously a BT7 (four seater)!

Heritage Certificate

Heritage Certificate

 

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“Healey Highlights” Magazine 1977

In 1977, I was 25 years old and living in Harrisonburg, VA. I had purchased my 1960 BT7 in 1971 while in college. I was a subscriber to Healey Highlights, the “Official Publication of the Austin-Healey Club, Pacific Centre, San Jose, CA.” Through the publication, I learned that the Club’s East Coast meet would be held in little New Market, VA at the Shenvalee Lodge and Golf Resort nestled next to the Blue Ridge Mountains in the Shenandoah Valley. The Club had an East Coast event and a West Coast event each year back then. Today we have Conclave and Rendezvous.

I was eager to see some great examples of the Marque, and I understood that the man himself, Donald M. Healey, was going to be there. I needed no more reasons to attend. I don’t recall why, but I did not participate in the entire event and I do not know how long the event ran. I do know that it was held over the last weekend in August and that is was plenty hot!

I was able to meet Donald Healey. He graciously autographed my BT7 Virginia DMV Title, my Driver’s Handbook, and my copy of “The Works Cars…Comin’ Home.” This was a special commemorative publication that was distributed to those with subscriptions just before the annual meets.

Works Cars DMH Signature

The Christmas (not December?) issue of the Healey Highlights had an account of the annual events.

Healey Highlights, Christmas 1977

The following is a reprint of the article about the East Coast Event:

Third Annual East Coast Healey Meet

Austin-Healeys East, 3rd Annual Meet

By Jim and Bill Clark, Roanoke, Virginia

On the last weekend in August 1977 approximately 120 Healeys gathered in New Market, Virginia located in the Shenandoah Valley between the Blue Ridge and the Appalachian mountains for what we feel was the best Austin-Healey Club Pacific Center East Coast Meet.

In order for the cars to arrive in the excellent shape they were in, we are sure there must have been a tremendous amount of work done in the weeks before. We can properly attest to three such cases. Of course, most of the major work was done before the final hectic week, but the last minute detailing required many late night hours.

The unfortunate first car of our trio, owned by Bill, was un­dergoing painting and reassembly following a complete restor­ation, but due to the untimely crushing of the new rear fenders by a truck driver, the restoration was suddenly halted and emphasis was directed to the preparations of the remaining two cars.

In the case of Jim Hayes’ 1959 100-6, the paint was scarcely dry 6 days before the Meet, much less having any interior or carpeting in place. All of the detailing, interior and new floor boards required about 100 hours to prepare. Jim Clark’s brown 1962 tri-carb was in fairly good order at the outset and just required a mechanical inspection and polishing of the chrome wires. Good order, that is, until 10 hours before the scheduled departure when the fuel pump decided to leak on the garage floor. Fear not though as the team of Hayes, Clark and Clark had the situation in hand shortly.

By Friday morning with the cars packed and fingers crossed, the switches were on and the starter buttons pressed. We were off and running, the work paying off as the Healeys roared to life and performed flawlessly for the next 300 miles.

Shortly after reaching New Market and unpacking, much to our pleasant surprise we were in the position to greet Donald Healey as he was arriving at the motel. After a brief wel­come and chat, we adjourned to the bar to wet our whistle and indulge in conversation with “the man.” Shortly thereafter we left for registration and the beer party at the Quality Inn. While the registration was in process, Donald was in the spotlight with everyone and quite enthusiastic about the party and the questions. Following the end of this first social gathering, Donald requested a change of location due to the lack of good dancing music on which he seems to thrive.

At this point, Jim Clark invited Mr. Healey to ride with him back to the Shenvalee Lodge. Jim said to Mr. Healey, I hope you don’t mind, but the hood is off my car, to which Donald responded, ”What, with the motor showing?” This brought in­stant laughter to all around who have often been confused by this point. What a nice memory though to have Donald Healey ride in your car, eh?

Once we arrived at the Shenvalee Lodge, we headed for the pub and ordered a round of drinks. We soon found the music to Donald’s liking and he proceeded to dance the life out of all the ladies present, including the barmaid! After another round or two and endless conversation it was nearly 2 A.M. Since Donald had every intention of making his 7 A.M. swim, we all decided to retire for the evening.

The next morning bright and early, we understand Donald did make it to the pool to do what he likes only second best to dancing. Later in the morning after breakfast the cars began to line up on the grass in front of the Shenvalee Lodge for spectator judging. By noon about 100 of the 120 cars present were in place. It was a beautiful sight to see the cars lined up according to series classification. This procedure gave the people a first-hand opportunity to view the models from the BN1 to the BJ-8. At this point the Meet resembled a beehive as Healey enthusiasts swapped information, parts, stories, and friendship.

Soon Donald arrived, after a quick refreshing dip in the pool to minimize the 90+ heat, to inspect the cars. It was during this time that we learned of Donald’s great love for the “Frogeye”  as he personally inspected and posed next to Bill Gladen’s immaculate Sprite from North Carolina.

Late in the afternoon, after the car display and picnic lunch awards were presented by Mr. Healey for the best cars in class as well as miscellaneous hard luck awards (see listing elsewhere ed.). With that over, it was time for a small caravan of Healeys to drive over to the famous Luray Caverns deep in the Blue Ridge Mountains. That view of Healeys ex­tending into the distance winding their way up the mountain­ side and that unmistakable sound was an enthusiast’s dream come true.

Our return to the Quality Inn, our other headquarters for the weekend, found us gathered around the now familiar keg for more conversation with Donald and friends. The beer party was a great get-together idea and everyone who attended seemed to have a good time.

That night we concluded an already perfect day by sharing a table with Donald Healey and his close friend, Fred Horner, who had just recently retired from British Leyland. The con­versation naturally included cars, mostly of Healey origin, but Fred Horner also informed us of “the shape of things to come”. With late evening already well behind us and a sleepy-eyed Carolyn Thompson our amazing hostess for the weekend the party appeared to be winding down. Windinq down until the arrival of Gary Hemphill and the group from Hemp­hill’s Healey Haven which sparked new life into the party. With the prospects of more dancing partners (and maybe just one more Scotch), Donald shifted into overdrive and the en­tire party came to life again. Finally, Donald suggested that with sunrise soon to arrive we all retire as he sensed that the “young folks” could handle no more excitement.

As we stumbled back to our room, we looked upon the brown Healey exposed by the still-bright moon and could not resist the temptation of a quick drive back across the mountain. Jim Clark drove his Healey at an undisclosed rate over the mountain and into the long flats awaiting us on the other side. On the return trip I (Bill) drove Jim’s car pressing it to its limits (almost beyond, on one curve, or maybe it was my limit). We both agreed the car had never performed better perhaps it knew its creator was near!

The following morning we reluctantly said our good-byes to new and old friends and final picture requests with Donald. The weekend was a fantastic success due to the presence of Donald Healey and the people themselves. Of course, a tre­mendous amount of credit is due to Carolyn Thompson, too, for her many hours of effort before the Meet to help bring that success about. To Mr. Healey, we extend you our thanks for all the memories, and we hope that you can return to share new ones with us next year.

This photo of DMH is one of my favorites, taken at one of the national meets probably in 1976:

DMH Likely 1976

 

Bibliography and Restoration Resources

There are a number of wonderful resource books about Big Healeys. Two that I found to be very useful were the Anderson-Moment Restoration Guide and the Original Austin-Healey by Anders Clausager. Of course, in the actual assembly the Service Parts List and the Workshop Manual are invaluable.

While certainly not a complete library, the following references were used in preparation for the restoration of my 1960 3000 BT7.

Austin-Healey 100/100-6/3000 Restoration Guide by Gary Anderson and Roger Moment, MBI Publishing, 2000.

Original Austin-Healey, the Restorer’s Guide to 100, 100-Six, and 3000 by Anders Ditlev Clausager, Bay View Books, Ltd., 1990.

The Healey Book, A Complete History of the Healey Marque by Bill Emerson, Coterie Press Ltd., June, 2002.

Austin-Healey, A Celebration of the Fabulous ‘Big’ Healey by Bill Piggott, Haynes Publishing, 2002.

The Big Healeys, A Collector’s Guide by Graham Robson, Motor Racing Publications, Ltd., 1981.

My World of Cars, Donald Healey with Peter Garnier and Brian Healey, Patrick Stevens Ltd., 1989.

Austin-Healey 100 & 3000 by John Heilig, Motorbooks International, 1995.

Essential Austin-Healey 100 & 3000, The Cars and Their Story, 1953-67, by Mike Lawrence, Bay View Books, 1994.

Austin-Healey 100 & 3000 Series, by Graham Robson, The Crowood Press Ltd., 1994. 

Austin Healey, The Story of the Big Healeys, by Geoffrey Healey, Dodd, Mead & Company, 1978. 

Austin-Healey 100 & 3000, 1952-1968, by David McLavin & Andrew Tipping, Osprey Publishing, 1992.

The Healey Story, by Geoffrey Healey, M.C.K. Healey Partnership, 1996.

Austin-Healey 100-6 and 3000 Workshop Manual, and the Service Parts List, British Motor Corporation Ltd., 1968.

Rich Chrysler’s pamphlet Austin-Healey Restoration  is a short document that helps the restorer organize his/her approach to the job and offers helpful suggestion on how to proceed.

The following observations about key features of the Healey have been gleaned (and edited)  from the Anderson/Moment and Clausager reference books for my use in restoration only. The images represent the paint colors and combinations available from the factory for the 3000. They are available at Roger Los’s http://austinhealey.com/ web site.

Colorado Red

Serial numbers

Hardtop serial number above door opening on passenger side, prefix begins with a 4 for BT7s. Car number and body number are found on a firewall plate. The body number is also found on the splash panel, the hood latch bracket, the hood hinge bracket, and the trunk lid prop bracket. Engine number is on a plate on the block.

Colorado Red Over Black

Body Panels and Paint

All Healeys were painted with the body panels on the frame. Color combinations can be found on page 89 of the Anderson/Moment book. Dark Brown metal primer was used. The rear shroud is often referred to as the tonneau assembly. The shroud was attached to the body along the back below the trunk with closed head aluminum rivets (not pop rivets). The rivets were solid, visible and painted over. Three pop rivets were used on the top rear portion of the chassis structure on each side. 3 round head rubber buffers were pressed into holes at the center and right and left sides of the boot opening next to the rivets on the boot opening. The lower lip of the rear shroud was brush painted satin black over the body color. The nuts, bolts, screws, washers and tapped plates used to fasten fenders to the chassis were of a variety of types and sizes – shown in detail in the BN7-BT7 parts list. All fender fasteners were painted body color with the body after assembly. The front metal apron had a gap between it and the shroud of 3/4” to 1”. Adjustments could be made by moving the bumper mounting brackets.

Primrose Yellow

Doors and Door Latches

Door panels on the 6 cylinder cars were two inches longer than those on the 4 cylinder cars. The hinges and mounting screws were painted the body color along with the doors. A door check mechanism was fastened to the door after painting. The pieces of the stay were zinc plated, except for the spring washer, which was finished in black phosphate. Grained vinyl piping was fitted between the trim plate and the rear fender. On all 6 cylinder cars the piping was black and extended up and over the top of the shut face panel. A rubber bumper was pressed into a hole under the end of each external door latch handle to minimize rattling.

Primrose Yellow Over Black

Chrome, Lights and Glass

The upper “eyebrow” on the grill was polished stainless steel. The “eyebrow” was screwed to the sides of the opening with Phillips 10/32 pan-head machine screws. The bumpers and overiders remained unchanged for all of the 6 cylinder cars. The inside cavities were painted dull silver. The front and rear bumpers had different inside mounting arrangements for the bumper brackets. The bolts fastening the bumper brackets to the frame were unpainted.

Pacific Green

The trim moldings around the cockpit were polished aluminum and then clear anodized to have a soft, non-reflective finish. The moldings were attached to the body with chrome plated oval headed Phillips screws and to the doors with sheet metal screws. The rear moldings were secured with machine screws that thread into L-shape steel pieces under the cockpits edge.

Pacific Green over Florida Green

On all 6 cylinder Healeys, two small pieces of silver vinyl plastic with a 1/8” round bead filled the gaps between the headlight and the side lamp, and between the side lamp and the bottom edge of the front fender.

Headlights were mounted in black bowls fastened to the body with Phillips oval-head 10/32 machine screws. They were secured on the inside of the wheel well by spring washers and special unpainted 1/2” deep brass cap nuts. The headlight rim was chrome with a visible nickel-plated brass rivet on the top. The combination parking/signal lamps were Lucas type 594 with clear glass. Number plate lamp was type 467/2 originally one bulb later 2.

The windshield was made of clear (untinted) “TripleX” laminated safety glass. Two trico windshield wipers with “Rainbow” brand polished stainless wiper blades.

Pacific Green over Ivory White

Interior, Soft Trim and Top 

The padded top of the dashboard was called the “scuttle top liner.” The cushion was covered with vinyl with trim piping on the ends. The demister grilles were painted the same color as the interior trim.

The lower edge of the dashboard was covered with two furflex strips matching the interior color.

The dimmer switch was an unpainted metal push switch in a black painted u-shaped bracket screwed in through the carpet with two 10/32” Phillips head screws. The wiring harness was exposed to the switch. Blue for power source, blue/red for low beam, and blue white for high beam.

The heater box was painted semi-gloss black, the lower lid clipped to the box with zinc plated spring clips, two in front and one on each side. The heater outlets and flaps were always painted black.

The package tray was supported by a black painted vertical bar. The tray was covered in interior matching vinyl. The inside of the tray was covered with a loose piece of interior carpet.

Healey Blue

Floor boards were covered with 30 pound roofing felt (Tar paper) for noise and heat insulation. An insulating layer of woven jute with a black painted surface on one side was laid on top of the underlay and covered by carpeting. In the footwells in the right-hand side, the panel had a large opening in it. Vinyl was glued to the metal surface.

Healey Blue over Ivory White

The carpeting cover over the transmission was removable. It was held in place with snaps like the floor mats. The portion of the transmission tunnel that was visible at the handbrake was covered by a piece of glued vinyl. The door seal was fastened with split rivets from underneath, with the spread legs covered by the seal edge. The ashtray in the transmission tunnel was secured by tow Phillips head 6/32” screws. Seals around the door openings called “draught excluders” were one piece furflex matching the primary interior color and rubber. The upper inside of the door was trimmed with a piece of vinyl. Interior panels were secured with #6 phillips head trim screws with separate cup washers.

Seats

The seat backs were fastened to the set bottoms with chrome acorn nuts holding the seat backs to bolts welded to the seat bottom frames. A chrome washer and a brass washer were installed on both sides of the seat back. The seat bottom frames themselves were covered with narrow strips of vinyl glued over the edges of the frames with the overlapping ends at the rear of the frame.

Florida Green

The seat bottoms were bolted to studs welded into sliding rails, which in turn were set on 5/16th” thick wood packing strips. These strips rested on large rectangular black-painted metal strips that rested on the tarpaper and jute felt were cut to go around the seat strips. Seat rails were secured to the floor with studs that extended through the floor, held in place by shouldered nuts with flat and lock washers that centered the seat bolts in the floorboard holes.

Florida Green over Ivory White

Soft Tops

In all cases, the soft tops were made of Everflex vinyl in grey, black or blue. The underside was a soft gray color. The vinyl top was fastened to a wooden front bow. The soft top frame mounted onto holes on the inner fender well that held the tonneau cover support.

Black

Hard Tops

The optional tops came in ivory white, black, Colorado red, florida green, and healey blue and were usually ordered to match the side panel color of the car.

Black over Colorado Red

Seat Belts

Three point seat belts were available as factory options on the 3000s, and were supplied with all equipment required for mounting.

Black over Ivory White

Trunk, Tools, and Loose Equipment

The trunk lid was the same on all six cylinder roadsters. The locking mechanism was painted body color. The metal catch was also painted body color as it was apparently mounted before the car was painted. The prop rod for the trunk was painted black. The interior of the trunk was covered with Black Armacord, a ribbed vinyl material with jute backing. The Armacord was glued to the vertical bulkhead and to the fender surfaces. It was laid loosely on the floor and on either side of the trunk. The Armacord on the rear bulkhead was additionally secured by six pop rivets without washers, three where the bulkhead curves back (one hidden by the fiberboard filler pipe cover) and three in the inch-wide section at the very top  of the bulkhead. The black leather grained fiberboard partition that covered the fuel filler pipe was fastened with Pozidrive trim screws and cup washers to the bulkead and inner fender wells.

British Racing Green

The battery rested in a heavy plastic tray and was secured by two threaded battery hold-down rods that hooked under securing points at the bottom rear of the battery. 

Along wooden block was mounted to the inside surface of the right rear quarter panel to brace the battery against the hold-down bracket.

A switch in the trunk was used to break the current flow. The connection between the ground and the battery was cut off, and the distributor was grounded out so even if another battery was used the car wouldn’t start.

The spare tire rested on the floor of the trunk against two black vinyl covered wooden blocks, one bolted to the left inner fender and one bolted to the bulkhead with unpainted bolts and washers. A black painted metal rod with a D-shaped loop on the other end extended over the tire to hold it in place. The rod was secured by a black leather strap at the rear approximately 1” wide. A vinyl side curtain bag in black with a centerdividing panel was provided. A jack and a minimal tool kit was also provided

Ivory White

Engine modifications from the 100-6

The BT7 engine was bored from the 2,639 of the 100/6 to 2,912cc; horsepower was increased from 117 to 124bhp with 1.75” SU  HD6 carbs, standard needle was CV. Cylinders increased from 79.4 to 83.36 bore. Stroke unchanged at 88.9. Compression up from 8.5:1 to 9.0:1. Valve timing was 5/45/40/10. Normal oil pressure was 50 lbs at 40mph. Normal running temperature was 175-190 – thermostat was set at 154 to open. Radiator had 12 gills per inch starting in 12/59.

The engine identification plate was mounted with drive pins or drive screws, then painted with the engine. Fan belt was flat, no teeth, 3/8” wide. Generator was a Lucas (c45pv6) #22530 A or B with push or blade terminals. Mounting bolts were with heads outboard and washers and nuts inboard. Oil filter was Purolator or Tecalemit. The temperature capillary tube was clipped to separate stand off brackets, which were secured under the same studs used to secure the heater return pipe brackets, painted black or green. The capillary tube was formed into three 1 1/2” diameter coils just in front of the firewall. Starter was an L3M48G

Ignition System

The spark plug wires to the 1st and 2nd cylinder, those to the 5th and 6th cylinder were gathered together between the distributor and the engine with black rubber O rings about 7/8” in diameter. Champion 14 mm 3/4” reach with .025 gap spark plugs were used. N5C or N3 competition plugs were sometimes substituted. The ignition coil was Lucas HA12 “Heavy Duty” aluminum body with black head. The month and year of manufacturing were stamped on the base. The mounting strap around the coil was zinc plated. Firing order was 1,5,3,6,2,4 on all cars. Control box was RB106/2, distributor was DM6A.

Ivory White over Black

Suspension

Shocks were armstrongs type IS9/10RXP in front and DAS9RXP in rear. Castor was 2,” the canter angle was 1” and the swivel pin inclanation was 6 1/2 degrees. The rear end ratio is 3.9.09:1 with overdrive.

Brakes

11” Girling disk brakes in front. In March 1960 c#9088, Black painted backing plates were added to the disks. 11” Drum Brakes in Rear. 2 1/4” wide linings.  Brake lines were 3/16” zinc plated unpainted steel tubing. 

Transmission, Overdrive, Clutch

10” Borg and Beck Clutch. In November 1961 the switch was made to the center shift transmission and fiberglass tunnel. Gearbox ratios can be found on page 61 of the Original Austin Healey.

Fuel Pump and Fuel Lines

AUA72 was the fuel pump used on the MK I. The MK II moved the pump to the right side of the car away from the heat of the muffler. Fuel line is zinc plated 5/16” steel line. 

Wiring Harness Trace Patterns

Main Harness – Black with yellow tracers in criss-cross

Chassis Harness – Black with yellow tracer

Rear Harness – Black

Overdrive Harness – Black with yellow tracer

Fuse Box

Lucas Type SF6 Top fuse was a 50 amp – horn circuit. Bottom fuse was a 35 amp fuse. 10 amp used on the in-line number plate lamp circuit.

Metallic Golden Beige

Horns

Lucas type HF1748. On MK IIs the horns were were black Lucas type 9H. One horn produced a high note, the other a low note.

Heater, Air Ducts, and Controls

The heater blower was installed after the car was painted as the screws and washers were not painted. The “squirrel cage” was plastic and was unpainted. The hose was mounted to the fender well with a large band clamp. The central sliding control regulated the amount of hot water admitted and thus the temperature. If the knob at the end of the control was pulled the blower would be switched on. The knob on the right regulated the volume of air from the heater, and had to be fully out to shut it off altogether. To obtain the full demisting effect, it was necessary to close the shutters for the heater outlets in the footwells. The left hand pull knob controlled the cold air intake.

Radiator

Radiator cap was zinc-plated with large domed central brass rivet. 7 lbs. Wire style clamps used universally on hoses.

Hood and Attachments

Rubber buffers were held in place with copper plated split rivets inserted from the inboard side. Hood bolt heads were inboard with nuts outboard. Return spring was covered by a thin walled rubber tube.

Paint Combinations

The color combinations from the factory have been included in the foregoing narrative. 

3000 MKI Technical Specs

The Big Healey – Technical Specs

This Healey is perhaps the best-known Healey – the “Three Thousand.” Like the 100-6, it came in two variants: the BT7 Series (10,825 built) which was the four-seater, and the BN7 Series (2,825 built) which was the two-seater. Made from 1959 to 1961, this model represents the heyday of Austin-Healeys when they were being driven to impressive victories and class wins on the European road rally circuit and generally grabbing the attention and imagination of sports car enthusiasts worldwide.

Car Number Nomenclature

The 3000 – also sometimes called “Mark I” to differentiate it from the later 3000 Mark II and 3000 Mark III models that followed it – had a larger, improved engine from that of its 100-6 predecessor. Capacity was upped to 2912 cc where it remained for the rest of big Healey production. Additionally, the front brakes were changed from drum type to disks, another change that remained for the rest of big Healey production. However, in appearance the 3000 is indistinguishable from the 100-6, save for the badges and the lack of a crease in the bonnet. 

The Autocar magazine published purchase specifications and performance data for the first 3000 model in its August 28, 1959 issue. The list of options was short!

PRICE 

(basic), with four-seater body, £829 

British purchase tax, £346 10s 10d 

Total (in Great Britain), £1,175 10s 10d 

Extras (with tax): 

Radio £34 

Heater £21 19s 2d. 

Overdrive £66 8s 2d 

Wire wheels £35 8s 4d 

Hard top £85 

ENGINE 

Capacity: 2,912 c.c. (177.7 cu. in.) 

Number of cylinders: 6 

Bore & Stroke: 83.36 x 88.9 mm (3.3 x 3.5 in) 

Valve gear: overhead valves & pushrods 

Compression ratio: 9.03 to 1 

B.H.P.: 124 @ 4,600 r.p.m. (B.H.P. per ton laden 97.4) 

Torque: 175 lb. ft. @ 3,000 r.p.m. 

M.P.H. per 1,000 r.p.m. on top gear 18.94 

M.P.H. per 1,000 r.p.m. on overdrive 23.1 

WEIGHT

(with 5 gals fuel): 22.5 cwt (2,513 lb) 

Weight distribution (per cent): F, 47.3; R, 52.7 

Laden as tested: 25.5 cwt (2,849 lb) 

Lb per c.c. (laden): 0.97 

BRAKES 

Type: Girling, disc front, drum rear 

Method of operation: hydraulic 

Drum dimensions: R, 11 in diameter, 2.25 in wide 

Disc diameter: F, 11.25 in 

Swept area: F, 228 sq in.; R, 155.5 sq in.

(301.5 sq in per ton laden) 

TYRES

5.90–15 in. Dunlop Road Speed 

Pressures (lb per sq in): F, 20; R, 23 (normal)

F, 20; R, 26 (with full load) 

TANK CAPACITY

12 Imperial gallons 

Oil sump: 12 pints 

Cooling system: 20 pints 

TURNING CIRCLE

35 ft 0 in (L and R) 

Steering wheel turns (lock to lock): 2.75 

DIMENSIONS

Wheelbase: 7 ft 8 in 

Track: F, 4ft 0.75 in; R, 4ft 2in 

Length (overall): 13ft 1.5in 

Height: 4ft 1in Width: 5ft 0.5in 

Ground clearance: 4.5in 

Frontal area: 16.7 sq ft (approx.) 

ELECTRICAL SYSTEM

12 volt; 57 amp-hour battery 

Head lamps: double-dip; 50-40 watt bulbs 

SUSPENSION

Front, independant w/ coil springs & wishbones,

stabilizing bar 

Rear, half-elliptic springs and Panhard rod 

PERFORMANCE

From rest through the gears to: 

30 M.P.H………………….3.5 sec 

50 M.P.H………………….8.0 sec 

60 M.P.H…………………11.4 sec 

70 M.P.H…………………14.3 sec 

80 M.P.H…………………18.9 sec 

90 M.P.H…………………24.8 sec 

100 M.P.H………………..32.8 sec 

Standing quarter mile, 17.9 sec. 

Top Speed, 114 M.P.H. 

FUEL ECONOMY

20.0 m.p.g. overall for 1200 miles

(14.12 litres per 100 km) 

Approx. normal range: 17-25 m.p.g.