Key Takeaways
- Standard Fitment: The 5×112 bolt pattern (5 lugs on a 112mm circle) is the standard for Audi, Mercedes-Benz, VW, and newer BMW models.
- Precision Specs: Beyond PCD, a perfect match for Center Bore and Offset (ET) is mandatory to eliminate vibrations and ensure vehicle safety.
- Safety First: Avoid “wobble bolts” for 5×114.3 crossovers; always use direct-fit 5×112 wheels to maintain structural integrity and reduce liability.
- Load Rating: For heavy EVs and SUVs, verify that the wheel’s load capacity meets or exceeds OE specifications for high-torque performance.
What Cars use 5×112 Bolt Pattern Wheels & Rims?
Many European vehicles use 5×112 bolt pattern wheels, such as Audi, BMW, Porsche, Mercedes-Benz, etc. The vehicles may span sedans, SUVs, EVs, and high-performance sports cars. Check out this breakdown by brand with 5×112 PCD:
| Brand | Model / Platform | Typical Years | Notes |
|---|---|---|---|
| Audi | A3 / S3 / RS3 / Q3 | Many 2013+ models | Common VW Group small-platform fitment. |
| Audi | A4 / A5 / A6 / A7 / Q5 | Many 2009+ models | High-volume 5×112 program group. |
| Volkswagen | Golf / GTI / Golf R / Passat / Tiguan | Golf MK5 onward | One of the core 5×112 replacement markets. |
| Mercedes-Benz | C / E / S / GLC / GLE / GLS | Many modern models | Important for premium sedan and SUV supply. |
| BMW | Newer 5 / 7 / 8 / X3 / X5 / X6 / i4 | Many 2016+ models | Newer G-chassis BMW applications use 5×112. |
| Toyota | GR Supra (A90 / A91) | 2019+ | BMW-based platform with 5×112 fitment. |
| Porsche | Macan | 2014+ | A notable modern Porsche 5×112 application. |
Vehicles with 5x 112mm Wheels Specs
| Brand | Center Bore | Common Offset | Popular Sizes |
|---|---|---|---|
| VW / Audi small platform | 57.1 mm | ET40–52 | 16×6.5, 17×7.0, 18×7.5 |
| Audi mid / full platform | 66.5 / 66.6 mm | Model-specific | 17–20 inch |
| Mercedes-Benz | 66.6 mm | Model-specific | 17–21 inch |
| Newer BMW G-series | 66.6 mm | Model-specific | 18–22 inch |
| GR Supra (A90) | 66.6 mm | Model-specific | 18–19 inch |
| Porsche Macan | Model-specific | Model-specific | 19–21 inch |
Beyond bolt pattern, you should still confirm center bore, offset, load rating, and intended application before ordering 5×112 wheels for dealer programs or stock replenishment.
What is the 5×112 Bolt Pattern?
5×112 means the wheel has 5 lug holes, and the diameter of the circle formed by the lug hole centers is 112mm. You’ll hear wheel experts and car enthusiasts referring to the diameter as the Pitch Circle Diameter (PCD). This wheel bolt pattern has become a standard in many luxury, performance, and European vehicles. They offer a perfect balance between durability, design flexibility, and load distribution.
| Expression | Meaning | Typical Use |
|---|---|---|
| 5×112 | 5 lugs on a 112 mm PCD | Common on European passenger cars and selected SUVs |
5×112 vs 5×114.3
| Aspect | 5×112 | 5×114.3 | Why It Matters |
|---|---|---|---|
| PCD Definition | 5 lug holes on a 112mm circle | 5 lug holes on a 114.3mm circle | They are different bolt circles, so they should not be treated as direct substitutes. |
| Typical OE Families | Many European applications: VW, Audi, Mercedes-Benz, newer BMW 5×112 platforms, Macan, GR Supra | Common across many Asian and US-market fitment families | Search intent, inventory planning, and compatible products are usually different. |
| Typical Center Bore Tendencies | Often 57.1mm or 66.5/66.6mm depending on platform | Varies widely by vehicle family; no single center bore standard | Even if PCD matches, center bore mismatch can still cause fitment failure. |
| Typical Offset Behavior | Many European applications run relatively high ET, especially Mercedes | Also varies widely; fitment cannot be judged by PCD alone | Wrong ET can cause poke, rubbing, brake clearance issues, or suspension interference. |
| Direct Interchange | No | No | 5×112 and 5×114.3 should be sold as separate direct-fit families. |
| Recommended Sales Rule | Sell direct-fit 5×112 only | Sell direct-fit 5×114.3 only | Always verify PCD + center bore + offset + hardware + load rating before quote or shipment. |
Popular 5×112 Product Paths
 |  |  |
| Alloy Wheels for Audi | Alloy Wheels for Benz | Alloy Wheels for BMW |
Why Proper Bolt Pattern Fitment Matters
Misalignment isn’t just some minor inconvenience to your customers – it’s a serious safety risk. Wheels must be matched to fit their corresponding bolt pattern, center bore, and offset.
Even slight deviations in bolt hole alignment can lead to vibration or installation problems. Many wheel manufacturers opt for CNC machining services to achieve precise bolt hole alignment and tolerances, ensuring a perfect wheel installation.
Here’s what you risk when you fail to achieve proper bolt pattern fitment:
1. Safety Risks
Your customers are likely to experience the following:
- A very uncomfortable ride, especially at highway speeds, was caused by vibrations
- Loose wheels
- Sheared bolts or studs
- Potential loss of vehicle control leading to fatal accidents. You are most certainly going to face litigation at this point.
2. Accelerated Wear
In addition to safety risks, your customers are likely to incur additional repair and maintenance costs in the following areas:
- Suspension – due to suspension fatigue
- Uneven tire tread (obviously)
- Damaged wheel bearings
- Brake rotor interference, affecting braking
3. Performance Degradation
As you’d expect, your customers’ vehicles will have a degraded performance, which will most likely stem from the following areas:
- Inconsistencies in braking and handling
- Misaligned steering
- Unstable cornering
Here’s the deal:
As a business, striving to provide the correct bolt pattern, even if it’s not for 5×112 wheels, will automatically translate to reduced liability and lowered return and warranty claim rates.
In other words, you’ll experience higher customer satisfaction rates, which is a critical edge in today’s competitive auto parts landscape.
KIPARDO KF19 5×112 Alloy Wheels
What Dealers Should Verify Before Buying 5×112 Wheels
There are four major technical factors that you must consider beyond bolt count. Check them out:
1. Pitch Circle Diameter (PCD)
We’ve briefly mentioned PCD in earlier sections of this article. Here are the technical aspects that you must consider:
- For 5×112 bolt pattern wheels, the bolts are evenly spaced on a diameter circle of 112mm.
- A misread PCD, for example, confusing 5×114.3 with 5×112, will certainly result in improper wheel seating. This means that the center bore and offset will not be correctly aligned. Your customers will still experience safety risks, accelerated wear, and performance degradation as discussed above.
2. Center Bore
The center bore of a wheel is the hole at the center of the rim that should fit perfectly over the hub. Most wheels are either hub-centric (preferred for performance and OEM replacements wheels) or lug-centric.
And, since most aftermarket wheels are produced to cover a vast array of vehicle makes, the center bore might not fit perfectly over your customer’s vehicle hub. Customers should consider using hub-centric rings to help achieve that recommended perfect tight fit.
If the center bore is smaller than the car’s hub, DO NOT recommend machining the rim. As experts in this space for over 12 years, KIPARDO strongly recommend getting new rims because machining ruins the rim’s structural integrity.
3. Offset (ET)
The offset is usually measured in millimeters (mm), and it determines how far the wheel sticks out from the hub. Here’s something noteworthy:
- Positive offset – most common in FWD and AWD vehicles, and the wheels tend to sit inward.
- Negative offset – most common in off-road or deep-dish look, as the wheels protrude outward.
Incorrect offsets have a negative impact on how a vehicle handles. Additionally, they’ll interfere with the car’s suspension components.
4. Bolt Type
Some vehicles use lug bolts (like the Audi, VW) while others use studs and lug nuts (like Ford). It’s essential to ensure compatibility with both the wheel and vehicle type.
5. Torque Specifications by Wheel Size
Another essential factor to consider beyond bolt count and PCD size is the torque specs for your wheels. Proper torquing ensures that the wheels are safely and securely fastened – it prevents over-tightening, as that could strip bolts or deform wheels.
Torque is measured in foot pounds (ft-lbs).
| Wheel Size | Recommended Torque (ft-lbs) |
| 12’’ – 13’’ | 55 – 75 |
| 14’’ – 15’’ | 90 – 120 |
| 16’’ – 17’’ | 120 – 140 |
| 18’’ – 20’’ | 140 – 160 |
KIPARDO KF30 5×112 Alloy Wheels
As a business, always request wheel documentation before purchase. It’ll show you the specific value that torquing should be done because different wheels have different specific torque specs.
Beyond torque specs, the documentation will show you if the wheels are genuinely certified and are road-safe for customers.
Conclusion
The 5×112 bolt pattern wheels aren’t your typical rims – they are the defining feature of some of the world’s most iconic and best-performing vehicles. And, as a business, understanding and embracing this pattern allows for a wider market coverage, enhanced safety standards, and greater product confidence.
For aftermarket retailers, fleet operators, and custom build shops, this bolt pattern represents a golden opportunity to offer both compatibility and confidence.
Fitment mistakes don’t just cause customer complaints. They risk safety, damage components, and dilute your brand’s credibility. But when you get it right, you create loyal customers who trust your expertise and return for future upgrades.
Need Help Choosing the Right 5×112 Fitment for Your Customers or Fleet?
Our wheel experts are on standby, ready to help you match the correct center bore, offset, and load rating for every application – from luxury sedans to high-torque EVs and SUVs.
Whether you’re customizing a single Audi or outfitting an entire Mercedes-Benz fleet, we’ll guide you toward the perfect fit.
Talk to a specialist today – and deliver precision with every wheel.
2026 E-Catalog
KIPARDO Alloy Wheels E-Catalog for 2026
Frequently Asked Questions
Is 5X112 the same as 5x114.3?
No. 5×112 is different from 5×114.3mm. They have the same lug holes, but with different PCDs specifications.
