Vehicle price comparison
Toyota 4Runner vs Chevy Cruze Control Arm prices
Saurabh Kumar
Co-Founder & CTO, Part Price Guide
Built the pricing pipeline that collects and normalizes used OEM part listings from salvage yards and online marketplaces across the US.
Ambika Sharma
Co-Founder & COO, Part Price Guide
12 years of project management and technical operations experience. Reviews price guides for sample size, fitment accuracy, and data freshness.
Price face-off
Median price comparison
Condition comparison
How does the price differ by part grade?
Market analysis
Why does the Toyota 4Runner control arm cost more?
A used Toyota 4Runner control arm carries a median asking price of $193, which is 25% higher than the Chevy Cruze at $155. Supply also plays a role: Toyota 4Runner has 7,546 priced listings versus 308 for Chevy Cruze, and more listings generally mean more choices and more competitive pricing.
Grade A (excellent condition) parts make up 84% of Chevy Cruze listings compared to 64% for the Toyota 4Runner, so buyers looking for top-condition units will find more options on the Chevy Cruze side.
The Chevy Cruze average ($126) falls below its median ($155), suggesting a cluster of deeply discounted units — often high-mileage or incomplete assemblies.
Our guide covers 11 model years for the Toyota 4Runner (2015–2025) but only 5 for the Chevy Cruze (2015–2019), so the Toyota 4Runner data reflects a broader range of generations.
Only 51% of Chevy Cruze control arm listings include a posted price (308 of 600 observed) — the rest are "call for price," which usually signals negotiable or higher-than-average pricing.
The Toyota 4Runner control arm is interchangeable across 16 model years versus just 9 for the Chevy Cruze — that wider compatibility window means more donor vehicles in salvage yards and tends to push prices lower.
At Grade B (good) condition, the Chevy Cruze is 42% cheaper ($145 vs $250) — the gap widens compared to the overall median difference.
Buyer's checklist
What to check before buying a used control arm
- Inspect the arm for subtle bends, hairline cracks, or deep rust scale, comparing geometry carefully against your original unit.
- Examine the rubber bushings for dry rot, tearing, or separation from the metal casing, as worn bushings require pressing out before installation.
- Check integrated ball joints for boot tears and axial play; if non-replaceable, factor in the cost of a unit with a fresh ball joint.
- Verify material type (cast iron, stamped steel, or aluminum) and sway bar link mounting location, which can vary across sub-models and suspension packages.
Full price guide
Toyota 4Runner Control Arm
$35 – $531 · 7,546 listings
Full price guide
Chevy Cruze Control Arm
$40 – $249 · 308 listings
Common questions
Toyota 4Runner vs Chevy Cruze control arm FAQ
Is a used Toyota 4Runner control arm cheaper than a Chevy Cruze?
Chevy Cruze has the lower median by $38 (25%). The Chevy Cruze control arm ranges from $40 to $249 across 308 listings, while the Toyota 4Runner ranges from $35 to $531 across 7,546 listings.
Can I use a Toyota 4Runner control arm in a Chevy Cruze?
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 7,546 priced Toyota 4Runner listings and 308 priced Chevy Cruze listings — 7,854 in total.
How does condition grade affect the price?
Part condition significantly impacts price. Grade A (Excellent): Toyota 4Runner $190 vs Chevy Cruze $155. Grade B (Good): Toyota 4Runner $250 vs Chevy Cruze $145. 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 Toyota 4Runner control arm has 2 trim variants and the Chevy Cruze has 2. Variants differ by engine size, drivetrain, or part number — matching the right variant is critical for proper fitment.
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