Best 114.3 to 100 Wheel Adapters for Car Wheel Fitment
Choosing the right wheel adapters can help you safely convert bolt patterns and widen wheel compatibility. This guide reviews five popular 114.3 to 100 adapters, highlighting their fitment ranges, build quality, and key specs. The selections focus on common American and import vehicles, emphasizing strength, hubcentrism, and installation ease to support informed purchasing decisions.
| Product | Bolt Pattern | Center Bore | Thickness | Stud Size |
|---|---|---|---|---|
| SCITOO 4pcs 5×100 to 5×114.3 | 5×100 to 5×114.3 | 67.1 mm | 15 mm | 12×1.5 |
| OCPTY 4×114.3 to 4×100 | 4×114.3 to 4×100 | 67.1 mm | 25.4 mm (1 inch) | 12×1.5 |
| ECCPP 4PCS 5 Lug 1″ Hubcentric | 5×100 to 5×114.3 | 56.1 mm | 25 mm | 12×1.25 |
| SCITOO 4Pcs 4×100 to 5×114.3 | 4×100 to 5×114.3 | 67 mm | 50 mm total (2″ option) | 12×1.5 |
| ECCPP 4PCS 4×100 to 4×114.3 | 4×100 to 4×114.3 | 71 mm | 15 mm | 12×1.5 |
SCITOO 4pcs 5×100 to 5×114.3 Wheel Adapters
This Kit converts a 5×100 bolt pattern to 5×114.3 for a wide range of Toyota and other models. Each 15 mm spacer is forged from aircraft-grade aluminum to balance strength and weight. The package includes four spacers with 12×1.5 threads and a 67.1 mm center bore. The design features straight knurled edges to assist installation and improve grip during mounting. The kit is marketed for extensive compatibility, spanning several Toyota, Scion, Pontiac, and other brands while emphasizing safety and durability.
OCPTY 4×114.3 To 4×100 Wheel Spacers Adapters
The OCPTY adapters provide a 25.4 mm (1 inch) thickness conversion from 4×114.3 to 4×100 where hubcentricity is not included. They target a broad set of 1990-2002 Hondas, 1986-2000 Acuras, Hyundais, and several other makes. The product emphasizes the use of 12×1.5 threads and a 67.1 mm center bore. It highlights genuine billet aluminum construction, heat-treated hardened studs, and a focus on safety and performance under varied road conditions.
ECCPP 4PCS 5 Lug Hubcentric Adapters
ECCPP’s 5×100 to 5×114.3 adapters are hubcentric and designed for precise alignment and reduced vibration. The 56.1 mm inner diameter accommodates certain Subaru patterns with a 67.1 mm center bore. With a 15 mm thickness and 12×1.25 threading, these adapters aim to support a variety of Legacy, Outback, Crosstrek, and related models. The listing notes CNC machined aluminum construction, strict quality control, and designed benefits for stability and handling at highway speeds.
SCITOO 4Pcs 4×100 To 5×114.3 Adapters
This 4×100 to 5×114.3 adapter set provides a 2-inch (50.8 mm) total thickness with 67 mm center bore and 12×1.5 thread. It is intended for Scion iA, iQ, Pontiac G3 and G5, Chevrolet Aveo, Spark, and other compatible models. The kit emphasizes forged aluminum construction and ISO/DIN-styled studs with high strength, alongside straight knurled edges to help during installation and maintain grip. It targets users seeking a straightforward pattern change for a wider wheel selection.
ECCPP 4Pcs 4 Lug Conversion Adapters
These 4×100 to 4×114.3 adapters offer 15 mm thickness and a 71 mm inner diameter, designed to convert to 4×114.3 while retaining a 4×100 mount. They target widely used compact and subcompact models from Toyota, Honda, and other brands, with a focus on stability and vibration reduction. Components are described as durable with a heat-treated stud set (12×1.5), and the product notes the potential need to trim factory studs for proper fitment in some installations.
Buying Guide: Key Purchase Considerations
- Vehicle compatibility: Confirm your exact vehicle year, make, and model to ensure correct bolt pattern and center bore. Some adapters are hubcentric, others are not, which affects vibration and fitment.
- Thickness and offset: The spacer thickness determines how far wheels sit from the hub. Thicker spacers can affect suspension geometry and brake clearance; check brake caliper clearance and wheel offset compatibility.
- Center bore and hubcentric design: Hubcentric adapters reduce vibration by aligning with the wheel hub. If not hubcentric, a precise fit and proper torque are crucial.
- Thread pitch and studs: 12×1.5 is common, but some adapters use 12×1.25 or different pitches. Ensure the studs are rated for high strength and properly installed with recommended torque.
- Material and finish: Look for forged aluminum or billet aluminum with corrosion-resistant finishes for longevity and weight savings. Avoid cheaper composites that may crack under stress.
- Certification and quality control: Adapters should meet or exceed industry standards (ISO/DIN). Ensure the manufacturer provides clear warranty terms and installation guidance.
- Safety and legal considerations: Check local regulations regarding wheel spacer usage, wheel offset, and hubcentric alignment to avoid illegal configurations or warranty voids.
- Installation notes: Follow torque specs and cleanliness cautions—remove rust, ensure hub surfaces are clean, and torque to manufacturer specifications to prevent loosening and vibration.
In summary, the selected products emphasize strength, precise threading, and compatibility across a broad range of vehicles. When choosing adapters, prioritize hubcentric design, adequate thickness for look and handling, and verified fitment for your exact make, model, and year to ensure safe driving performance.