Used axle shaft — Mercedes C Class vs Kia Forte price comparison

Vehicle price comparison

Mercedes C Class vs Kia Forte Axle Shaft prices

How do used axle shaft prices compare? Kia Forte has the lower median by $104 (94%). Both figures are part-only asking-price summaries; confirm VIN fitment, condition, warranty, and shipping before buying.
PPPartPriceGuide Editorial Team·Automotive Parts Specialist
Reviewed by PartPriceGuide Technical Review

Price face-off

Mercedes C Class$215$40$3,7997,231 listings
VS$104difference
Kia Forte$111$25$4602,854 listingsLower price

Median price comparison

Mercedes C Class$215
Kia Forte$111
Mercedes C ClassMetricKia Forte
$40Low$25
$215Median$111
$3,799High$460
7,231Listings2,854

Condition comparison

How does the price differ by part grade?

Mercedes C ClassGradeKia Forte
$2156,462 listings
AExcellent
$1102,049 listings
$202481 listings
BGood
$147694 listings
$1357 listings
CFair
$553 listings

Market analysis

Why does the Mercedes C Class axle shaft cost more?

A used Mercedes C Class axle shaft carries a median asking price of $215, which is 94% higher than the Kia Forte at $111. Supply also plays a role: Mercedes C Class has 7,231 priced listings versus 2,854 for Kia Forte, and more listings generally mean more choices and more competitive pricing.

Grade A (excellent condition) parts make up 89% of Mercedes C Class listings compared to 72% for the Kia Forte, so buyers looking for top-condition units will find more options on the Mercedes C Class side.

The Mercedes C Class average ($255) runs 19% above its median ($215), indicating a tail of high-priced listings — likely low-mileage or remanufactured units pulling the average up.

Our guide covers 9 model years for the Kia Forte (2015–2024) but only 7 for the Mercedes C Class (2016–2025), so the Kia Forte data reflects a broader range of generations.

At Grade A (excellent) condition, the Kia Forte is 49% cheaper ($110 vs $215) — the gap widens compared to the overall median difference.

The Kia Forte has 11 known trim variants compared to 3 for the Mercedes C Class, which means buyers need to be more careful about matching the exact engine or drivetrain configuration on the Kia Forte.

Buyer's checklist

What to check before buying a used axle shaft

  • Inspect the CV joint boots for cracks or tears. A torn boot means contaminated grease and likely a worn joint.
  • Check the splines on both ends for wear, rounding, or corrosion.
  • Match the axle length and spline count exactly. AWD and FWD variants of the same vehicle often use different axles.
  • Confirm the ABS tone ring is present and undamaged — a missing ring triggers ABS warning lights.

Common questions

Mercedes C Class vs Kia Forte axle shaft FAQ

Is a used Mercedes C Class axle shaft cheaper than a Kia Forte?

Kia Forte has the lower median by $104 (94%). The Kia Forte axle shaft ranges from $25 to $460 across 2,854 listings, while the Mercedes C Class ranges from $40 to $3,799 across 7,231 listings.

Can I use a Mercedes C Class axle shaft in a Kia Forte?

This comparison describes pricing, not interchangeability. Even when two parts share similar prices, they may require different engines, trims, electronics, or mounting points. Always match the seller's part number against your VIN before purchasing.

How many listings does this comparison cover?

This comparison draws from 7,231 priced Mercedes C Class listings and 2,854 priced Kia Forte listings — 10,085 in total.

How does condition grade affect the price?

Part condition significantly impacts price. Grade A (Excellent): Mercedes C Class $215 vs Kia Forte $110. Grade B (Good): Mercedes C Class $202 vs Kia Forte $147. Grade C (Fair): Mercedes C Class $135 vs Kia Forte $55. Grade A parts are in excellent condition, B is good, and C is fair — always confirm grading criteria with the seller.

Are there different trim variants to choose from?

Yes. The Mercedes C Class axle shaft has 3 trim variants and the Kia Forte has 11. Variants differ by engine size, drivetrain, or part number — matching the right variant is critical for proper fitment.

More comparisons

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