Vehicle Fitment
The available product information establishes only the following broad application:
| Years | Make | Models |
|---|---|---|
| 1958–1977 | Ford | Select vehicles; exact model, engine and transmission must be verified |
Do not publish this starter as fitting every Ford built between 1958 and 1977. That range includes passenger cars, trucks, vans and multiple engine and transmission families.
A complete fitment lookup should identify:
- Model year
- Ford model
- Engine displacement
- Automatic or manual transmission
- Flywheel or flexplate diameter
- Ring-gear tooth count
- Bellhousing
- Original starter number
- Production date
Twenty years of Ford vehicles is not one application. It is several engineering departments, multiple platforms and at least one parts-counter headache.
Potential Ford Application Families
The starter’s three-bolt, nine-tooth direct-drive configuration may be associated with certain older Ford passenger-car and light-truck applications. Potential vehicle families could include selected:
- Ford full-size passenger cars
- Ford intermediate models
- Ford pony cars
- Ford pickup trucks
- Ford vans
- Mercury vehicles using compatible Ford powertrains
- Lincoln vehicles using related engines and bellhousings
These should not be converted into a confirmed application list without an ACDelco catalog match.
Engine Fitment Must Be Confirmed
Older Ford vehicles used numerous engine families, including:
- Inline-six engines
- Small-block Windsor V8 engines
- FE-series V8 engines
- Cleveland and Modified-family V8 engines
- Big-block performance engines
The starter may fit only particular combinations of engine, bellhousing, transmission and flywheel. Engine displacement by itself is not sufficient.
For example, two Ford vehicles with nominally similar engines may use different:
- Starter mounting plates
- Bellhousings
- Flywheel diameters
- Ring gears
- Automatic or manual transmissions
- Electrical-terminal arrangements
Three-Bolt Mounting Flange
The 336-1007 uses a three-hole mounting flange. Compare the original starter for:
- Number of mounting holes
- Bolt-hole spacing
- Nose-cone shape
- Starter indexing
- Bellhousing engagement
- Solenoid position
- Cable-terminal location
Do not attempt to adapt it to a two-bolt application simply because both starters rotate clockwise and look broadly Ford-shaped.
Nine-Tooth Pinion
This starter uses a nine-tooth pinion gear. Correct engagement depends on more than tooth count.
Verify:
- Pinion diameter
- Tooth pitch
- Pinion resting position
- Flywheel or flexplate diameter
- Ring-gear tooth count
- Mounting depth
- Bellhousing configuration
The mounting-flange-to-pinion distance is listed as 0.63 inch at rest. This measurement should be compared with the original starter where possible.
An incompatible drive may cause:
- Grinding
- Starter spinning without engagement
- Partial ring-gear contact
- Broken pinion teeth
- Ring-gear damage
- Starter kickback
- Failure to disengage
Clockwise Rotation
The starter is listed with clockwise rotation. Rotation must be interpreted using the manufacturer’s specified viewing direction.
Do not confirm fitment using rotation alone. The starter must also match the vehicle’s:
- Mounting flange
- Pinion configuration
- Bellhousing
- Electrical system
- Solenoid connections
- Flywheel or flexplate
Direct-Drive Starter Design
The 336-1007 uses a traditional direct-drive design. In this arrangement, the electric motor drives the pinion without the internal reduction gearing found in a modern PMGR starter.
Characteristics include:
- Stock-style construction
- Original-type mounting
- Traditional starter dimensions
- Direct motor-to-pinion operation
- Period-correct replacement design
A direct-drive starter may be larger and heavier than a gear-reduction unit. Exhaust and header clearance should be checked on modified vehicles.
Professionally Remanufactured Construction
ACDelco describes the starter as professionally remanufactured rather than merely rebuilt.
The remanufacturing process includes:
- Complete disassembly.
- Cleaning and inspection.
- Measurement of reusable components.
- Replacement of high-wear parts.
- Replacement of damaged or obsolete components.
- Reassembly to controlled specifications.
- End-of-line performance testing.
A remanufactured starter may reuse serviceable major housings or metal components while receiving new internal wear parts.
New Bronze Armature Bushings
The starter receives new bronze sintered and oil-impregnated armature bushings.
These bushings support the rotating armature and help maintain correct internal alignment. Oil impregnation provides retained lubrication during service.
Worn bushings can contribute to:
- Slow cranking
- Armature drag
- Abnormal noise
- Excessive current draw
- Inconsistent starter operation
- Contact between internal rotating and stationary components
New Solenoid Contacts
ACDelco installs new solenoid contacts with:
- Copper terminals
- Plated hardware
- New contact surfaces
The solenoid performs two essential functions:
- Moves the starter pinion into engagement
- Closes the high-current circuit powering the starter motor
Worn contacts may cause clicking without cranking, intermittent operation or excessive voltage loss.
Environmental Benefit of Remanufacturing
Remanufacturing returns usable housings and durable metal components to service instead of processing the entire starter as scrap.
Potential benefits include:
- Reduced raw-material consumption
- Reuse of serviceable components
- Less manufacturing waste
- Lower disposal volume
- Preservation of original-style castings
This does not mean every original component is reused. Parts that fail inspection or no longer meet specifications are replaced.
Diagnosing a Starter Problem
Common symptoms of starter failure include:
- One click without cranking
- Repeated clicking
- Slow cranking
- Intermittent no-crank
- Grinding during engagement
- Starter motor spinning without turning the engine
- Electrical burning odor
- Starter operation only after tapping the housing
Similar symptoms may be caused by:
- Weak battery
- Corroded battery terminals
- Damaged battery cables
- Poor engine ground
- Faulty starter relay or solenoid circuit
- Ignition-switch problem
- Neutral-safety or clutch-switch fault
- Incorrect ignition timing
- Heat soak
- Damaged flywheel teeth
- Mechanical engine damage
Test the starting circuit before replacing the starter. Vintage wiring is perfectly capable of impersonating a failed motor.
Battery and Cable Testing
Before installation, inspect:
- Battery voltage
- Battery load-test result
- Positive-cable voltage drop
- Negative-cable voltage drop
- Engine ground strap
- Battery-terminal condition
- Starter-relay operation
- Ignition-switch output
- Cable gauge
Older Ford vehicles frequently have replacement cable ends, added accessories, corroded grounds or modified starter-relay wiring.
Ford Starter-Relay Considerations
Many classic Ford applications use a remote starter relay mounted in the engine compartment.
Before installing the starter, inspect:
- Fender-mounted relay
- Main battery cable
- Starter cable
- Ignition-trigger wire
- Relay mounting ground
- Terminal corrosion
- Cable routing
A defective remote relay can cause a no-crank condition even when the starter is functional.
Installation Preparation
Before removing the original starter:
- Record its complete part number.
- Confirm the engine and transmission.
- Count the mounting holes.
- Verify the nine-tooth pinion.
- Measure or compare the starter nose.
- Disconnect the negative battery cable.
- Photograph the electrical connections.
- Inspect whether shims or spacers are installed.
- Obtain the correct mounting hardware and torque specifications.
Mounting hardware is not included.
Installation Overview
A typical installation includes:
- Disconnecting the negative battery terminal.
- Raising and securely supporting the vehicle if required.
- Labeling the starter cable.
- Disconnecting the starter wiring.
- Supporting the original starter.
- Removing the three mounting bolts.
- Comparing both starter assemblies.
- Inspecting visible ring-gear teeth.
- Installing the ACDelco starter.
- Tightening the mounting hardware correctly.
- Reconnecting the starter cable.
- Routing wiring away from the exhaust.
- Reconnecting the battery.
- Testing engagement and disengagement.
The main starter cable carries unfused battery current. Disconnect the battery unless you want the wrench to provide its own lighting.
Header and Exhaust Clearance
The stock-style direct-drive housing may sit close to:
- Factory exhaust manifolds
- Long-tube headers
- Custom exhaust pipes
- Transmission cooling lines
- Steering components
Excessive exhaust heat can contribute to:
- Solenoid heat soak
- Slow hot cranking
- Damaged cable insulation
- Reduced starter life
- Intermittent starting
Use an appropriate heat shield if required, but also test the battery, cables, engine ground and ignition timing.
Post-Installation Checks
After installation, verify:
- Strong, consistent cranking
- Immediate pinion engagement
- Immediate starter disengagement
- No grinding or whining
- Secure mounting bolts
- Tight electrical connections
- Adequate exhaust clearance
- No overheated terminals
Stop testing if the starter grinds. Repeated engagement can damage the starter drive and ring gear.
Core-Charge Considerations
Remanufactured starters may be sold with a refundable core charge. Confirm whether the retailer requires the old starter to be returned.
Before returning the core:
- Drain or clean excessive contamination.
- Keep the replacement packaging.
- Include the correct original unit.
- Retain the receipt.
- Follow the retailer’s return deadline.
Frequently Asked Questions
What vehicles does the ACDelco 336-1007 fit?
Available information describes it as fitting select 1958–1977 Ford vehicles. A full year, model, engine and transmission lookup is required.
Does it fit every 1958–1977 Ford?
No. That broad range contains many incompatible engines, bellhousings and starter configurations.
What are the starter specifications?
It is a 12-volt, 1.4-kW direct-drive starter with clockwise rotation, a nine-tooth pinion and three mounting holes.
Is it new?
No. It is professionally remanufactured using inspected reusable components and new high-wear parts.
Are the bushings new?
Yes. ACDelco states that it installs new oil-impregnated bronze armature bushings.
Are the solenoid contacts new?
Yes. The starter uses new contacts, copper terminals and plated hardware.
Is mounting hardware included?
No. Current specifications state that mounting hardware is not included.
What is the flange-to-pinion measurement?
The listed distance from the mounting flange to the resting pinion end is 0.63 inch.
Does it include a warranty?
Retail listings commonly show a one-year warranty. Confirm the terms with the seller.
Final Verdict
The ACDelco Gold 336-1007 provides a professionally remanufactured, stock-style starter for select classic Ford applications. Its new bronze bushings, new solenoid contacts and end-of-line testing distinguish it from a basic cleaned-and-repainted rebuild.
The missing application chart remains the critical issue. Confirm the year, Ford model, engine, transmission, three-bolt mounting flange and original starter number before ordering. Do not market it as a universal 1958–1977 Ford starter.
Visit My Pro Street for additional starter diagnostics, classic Ford repair information and automotive electrical guides.
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