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1993-1997 Ford Probe Coil Springs: V6 vs. 4-Cyl, Failures & Replacement

This guide covers common failure symptoms, how to buy the right used springs for your engine, and why this replacement is a job for the pros.

7 minutes to read 1993-1997 Ford Probe
Difficulty
5/5
Est. Time
3.5 hrs
DIY Doable?
🔧 Shop
Shop Labor
$400 - $800
Used OEM Price
$60 - $150
⚠️ Drivable, but... — Yes, but it is not recommended as the vehicle's handling, stability, and braking are compromised, increasing the risk of losing control, especially in turns or during emergency maneuvers.
Key Takeaways
  • The front coil springs for the 2.0L 4-cylinder and 2.5L V6 engines are NOT interchangeable due to engine weight differences. Using the wrong part is dangerous.
  • Replacement is a high-difficulty job that requires a special spring compressor tool and should not be attempted by DIYers without significant experience and safety precautions.
  • Always replace coil springs in pairs (both fronts or both rears) to ensure balanced handling and correct ride height.
  • A professional wheel alignment is required immediately after replacing coil springs to prevent poor handling and premature tire wear.
The coil springs on your 1993-1997 Ford Probe are a critical part of the suspension system. Their main job is to support the full weight of the vehicle and absorb impacts from bumps, potholes, and uneven road surfaces. They work together with the shocks or struts, which control the speed of the suspension's movement. Healthy coil springs set the vehicle's ride height, keep the tires planted on the road for predictable handling, and provide a comfortable ride. Because the second-generation Ford Probe shares its platform with the Mazda MX-6 and 626, many suspension parts, including the springs, are interchangeable with their Mazda counterparts.

Symptoms of a Failing Coil Spring

Side-by-side comparison of a healthy, intact coil spring versus a broken, rusted coil spring showing a clean fracture.
A healthy coil spring (left) maintains even spacing and ride height, while a failed spring (right) often snaps near the perch due to corrosion and fatigue.

Coil springs typically fail from metal fatigue or corrosion over many years and miles. When a spring breaks or sags, it rarely triggers a warning light. Instead, you'll notice changes in how the car looks, feels, and sounds.

1. Sagging or Uneven Ride Height

This is the most obvious sign of a bad coil spring. When parked on a level surface, look at the car from the front and rear. If one corner sits noticeably lower than the other, the spring on that corner has likely failed or sagged significantly. You might also notice a smaller gap between the tire and the fender on the affected side.

2. Sharp Clunking or Banging Noises

A broken spring can shift around in its seat, creating loud clunking, popping, or banging sounds. These noises are most common when driving over bumps, turning into a driveway, or during sharp turns when the suspension is under load.

3. Harsh and Bouncy Ride

With a worn or broken spring, the suspension can no longer properly absorb impacts. The ride will feel much harsher, and you may experience excessive bouncing after hitting a bump. The suspension may also "bottom out" more easily, where it runs out of travel and hits the bump stops with a hard thud.

4. Poor Handling and Steering

A failed spring compromises the vehicle's stability. You might feel the car sway or lean excessively during turns, or it may pull to one side. This makes the vehicle feel unstable and can be dangerous in emergency maneuvers or at high speeds.

Known Issues, TSBs, and Recalls

As of mid-2026, there are no specific recalls or Technical Service Bulletins (TSBs) issued by Ford or the NHTSA for coil spring failure on the 1993-1997 Ford Probe. Failures are typically due to age-related wear and corrosion rather than a specific manufacturing defect. The most significant known issue is the incompatibility between springs designed for different engines.

Critical: 4-Cylinder vs. V6 Engine Differences

The engine bay of a second-generation Ford Probe showing the 2.5L V6 engine.
The 2.5L V6 engine in the Probe GT is significantly heavier than the 2.0L 4-cylinder, requiring specific high-rate coil springs.

The single most important factor when replacing a coil spring on a second-generation Ford Probe is the engine. The 2.5L V6 engine is significantly heavier than the 2.0L 4-cylinder engine. To compensate for this extra weight, Ford and Mazda used different front coil springs with a higher spring rate (stiffness) for the V6 models.

Warning: Do NOT install 4-cylinder springs on a V6 Probe, or vice-versa. Using 4-cylinder springs on a V6 will cause the front end to sag, leading to poor handling and potential bottoming out. Using V6 springs on a 4-cylinder will raise the front end, creating a harsh ride and negatively impacting suspension geometry and handling.

Always verify the part number or the engine of the donor vehicle before purchasing a used spring.

Buying a Used Coil Spring: A Buyer's Guide

A close-up inspection of a used coil spring showing surface rust and the condition of the protective coating.
When buying used, inspect the top and bottom coils for hairline cracks and avoid springs with deep, flaking rust.

A high-quality used OEM spring can be a great value, often superior to a cheap new aftermarket part. Here’s what to look for.

1. Physical Inspection Checklist

  • Check for Cracks: Carefully inspect the entire spring, paying close attention to the very top and bottom coils where they sit in the perch. This is where fractures most often occur.
  • Inspect for Corrosion: Light surface rust is normal for a part of this age, but avoid any spring with deep, flaking rust or heavy pitting, as this can create weak spots that lead to breakage.
  • Look for Deformation: The coils should be evenly spaced. If any part of the spring looks compressed, bent, or distorted, it has been damaged or has lost its integrity.
  • Check Protective Coatings: The original coating helps prevent rust. If large sections of the coating are missing, the spring is more susceptible to corrosion.

2. Verifying Compatibility

Because of the engine differences, you must get the correct part. The best way is to match the OEM part number. If the part number isn't visible, confirm the engine (2.0L or 2.5L V6) and model year of the vehicle it came from. Remember that springs from a Mazda MX-6 of the same year and engine are also compatible.

3. Mileage and Age Considerations

Coil springs fatigue over a long period of use. A spring from a lower-mileage vehicle is always preferable. Be cautious of springs from vehicles with more than 150,000 miles, as they will have experienced more stress cycles and may be more prone to sagging.

Pro Tip: Always replace coil springs in pairs (both front springs or both rear springs). Replacing only one can result in uneven ride height, unbalanced handling, and unpredictable steering.

Replacement Difficulty and Procedure

Replacing coil springs is a difficult and potentially dangerous job that should only be performed by experienced mechanics with the proper tools.

Warning: Coil springs are held in the suspension under extreme compression. If this energy is released unexpectedly, it can cause serious injury or death. A specialized tool called a spring compressor is required to perform this job safely.

  • Difficulty Rating: 5 out of 5 (Expert)
  • Tools Required: Floor jack, jack stands, quality spring compressor, full socket set, pry bars, ball joint separator.
  • General Steps: The process involves safely lifting and supporting the vehicle, removing the wheel, disconnecting parts of the suspension like the strut or control arm, carefully compressing the old spring to remove it, compressing the new spring, and reinstalling everything.
  • Wheel Alignment: A professional four-wheel alignment is mandatory after replacing coil springs. The change in ride height will alter the suspension geometry (camber, caster, and toe), and driving without an alignment will cause poor handling and rapid, uneven tire wear.

Cost Comparison for Ford Probe Coil Springs

Part TypeEstimated Cost (Per Pair)Notes
New OEM$250 - $400Very difficult to find new; likely discontinued. Price is an estimate based on similar Mazda parts.
New Aftermarket$60 - $180Wide range of quality. Standard replacement sets are affordable, while performance lowering kits cost more.
Used OEM$60 - $150A cost-effective option that retains original ride quality, provided the parts are inspected carefully.
Shop Labor$400 - $800Represents 3-5 hours of labor. Prices vary by shop and location.

Technical Specifications & Part Numbers

The following OEM part numbers are known to fit the 1993-1997 Ford Probe and its Mazda MX-6 counterpart. Always verify the specific application (front/rear, engine size) before purchase.

Part NumberManufacturerApplication Notes
F32Z-5310-A / F32Z5310AFordFront Spring
F32Z-5310-BFordFront Spring
F32Z-5310-C / F32Z5310CFordFront Spring
F32Z-5560-C / F32Z5560CFordRear Spring
G479-34-011AMazdaFront Spring, fits 2.0L 4-Cylinder models.
G481-34-011AMazdaFront Spring, fits 2.5L V6 models.
GA2A-34-011AMazdaFront Spring

Frequently Asked Questions (FAQ)

Do I need to replace my shocks or struts at the same time as the springs?

It is highly recommended. The entire suspension assembly must be removed to replace the springs, so you will save significantly on labor by replacing the shocks/struts at the same time. Furthermore, if your springs are old enough to have failed, your shocks/struts are likely worn out as well.

Can I cut my original springs to lower my car?

No, this is extremely dangerous. Cutting a spring alters its spring rate and compromises its structural integrity, which can lead to catastrophic failure, unpredictable handling, and a dangerously harsh ride. If you want to lower your vehicle, purchase a set of aftermarket lowering springs designed specifically for your car.

What are the colored dots or paint marks on some springs?

These marks are often used by the manufacturer to identify the spring's specific rate, application (V6 vs. 4-cyl), and position on the vehicle. If you can find a reference chart for these codes, they can be a reliable way to identify a used spring.

Is it illegal to drive with a broken coil spring?

Yes, it can be. Driving a vehicle in an unsafe condition is illegal in many places. A broken coil spring severely compromises handling and stability, making the car a safety risk to you and others on the road.

Technical Specifications

OEM Part Numbers: F32Z-5310-A F32Z-5310-B F32Z-5310-C F32Z-5560-C F32Z5310A F32Z5310C F32Z5560C G479-34-011A G522-28-011A G607-34-011A G60734011A GA2A-34-011A GA2B-34-011A GA2L-34-011 GA2L34011 G481-34-011A

Spring rates differ between 2.0L 4-cylinder and 2.5L V6 models. Front springs on V6 models are stiffer to support higher engine weight. Rear springs are the same for both engine types.

Wrenchy
Article researched & written by
Go-Parts' AI research assistant. Every article is backed by live web research, verified OEM data, and real technician knowledge — so you get accurate, up-to-date information you can trust.
Meet Wrenchy → Updated Jul 25, 2026

The information in this article is provided for general reference and educational purposes only. Vehicle specifications, procedures, and part compatibility can vary by production date, trim level, and region. Always consult your vehicle's factory service manual and verify part numbers before purchasing or performing repairs. Safety-critical components such as airbags, seat belts, and braking systems should be installed by a qualified professional.

Year Coverage
This article covers the Coil/Air Spring for:
  • Ford Probe: 19931994199519961997
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