The Toyota hub centric wheel spacers are helpful to achieve a better wheel style and performance. By moving the wheels and tires further out from the suspension, wheel spacers help prevent bigger AT tires from hitting the fenders or any other suspension parts. Besides they increase the track width.
A wider track provides better the handling and rollover resistance. It is recommended to keep the top of your tires just slightly inside the fenders, so you don’t get any rubbing. One of the most frequently asked questions is: What sizes Toyota hub centric wheel spacers are best? In this post, we’ll examine the safe sizes and pro tips.
Toyota Hub Centric Wheel Spacers Sizes Chart
It’s important to consider the kind of suspension (stock suspension, lowering springs, coilovers, or air suspension). Place a straight edge flush with the outermost wheel edge. Then measure from the wheel edge to the inner fender lip.
If the result is 1 inch, then using 1-inch wheel spacers is fine. The sizes of Toyota hub centric wheel spacers can range from 1/2-inch to 2-inch. Let’s break down the pros and cons of these sizes:
- 1/2-Inch: Fits a big brake kit without significantly altering the wheel stance.
- 1-Inch to 1.25-Inch: A good start for those who seek a better wheel style and handling.
- 1.5-Inch to 1.75-Inch: Ideal for a perfect flush look and improved off-roading performance.
- 2-Inch: Provides more stability while cornering and allows for larger tires without rubbing.
- 3-Inch to 4-Inch: Creates significant space between the wheels and assembly hubs.
Bolt Pattern (PCD):
Only the bolt patterns that match can you achieve a proper wheel fitment. Here is a brief guide to the bolt pattern (PCD) and center bore (CB) of some Toyota models:
- 2026 Toyota Land Cruiser (300 Series): PCD=6×139.7mm, CB=95mm, Thread=M14x1.5mm.
- 2026 Toyota Tacoma (N400): PCD=6×139.7mm, CB=95mm, Thread=M14x1.5mm.
- 2026 Toyota Tundra (XK70): PCD=6×139.7mm, CB=95mm, Thread=M14x1.5mm.
- 2026 Toyota 4Runner (N500): PCD=6×139.7mm, CB=95mm, Thread=M14x1.5mm.
- 2026 Toyota Supra (A90): PCD=5x112mm, CB=66.5mm, Thread=M14x1.25mm.
- 2026 Toyota GR Corolla (XP210): PCD=5×114.3mm, CB=60.1mm, Thread=M12x1.5mm.
What Make BONOSS Toyota Hub Centric Wheel Spacers the Best Choice?
Safety, precision, strength, and best experience are what set BONOSS apart from other spacer manufacturers. All BONOSS forged active cooling Toyota hub centric wheel spacers are built strictly to meet international standards that can improve the quality of your own driving experience. BONOSS offers several key advantages that make their spacers a top choice.
1. Active Cooling for Better Performance
With the same price as most rim spacers, BONOSS forged active cooling Toyota hub centric wheel spacers come with heat dissipation grooves to make brake cooling better. The heat dissipation grooves behind the spacers can boost the cooling efficiency. This is helpful in reducing brake thermal decay, and improving road safety.
2. Forged Aluminum for Improved Safety
BONOSS forged active cooling Toyota hub centric wheel spacers are made of forged 6061-T6/ 7075-T6 aluminum alloy. The tensile strength is up 572 MPa (AL7075-T6). High tensile strength gives it strong resistance to being pulled apart, making it resistant to bending and breaking. Therefore, forged aluminum wheel spacers with higher tensile strength are safer and better.
3. ISO Grade 12.9 Wheel Studs for Enhanced Stability
The provided BONOSS wheel studs are made of high-strength forged SCM440 alloy steel. They have achieved ISO grade 12.9 standards:
- Tensile strength≥1,220 MPa;
- Ultimate tensile load≥152,000 N;
- Hardness (HV)≥395;
- NSS≥500H.
High-strength wheel studs and nuts ensure a strong wheel-spacer-hub connection. With such high-strength hardware, your hub centric wheel spacers can bear more force without breaking.
In Summary: Unlock Your Car’s Potential with BONOSS
From advanced active cooling advantages to customizable solutions and certified quality, BONOSS forged active cooling Toyota hub centric wheel spacers are designed to provide a safe, reliable, and enhanced driving experience. Choose BONOSS and experience the difference—engineered for those who demand the best.
(Hi, I’m Kevin Brian, an experienced mechanical engineer. All articles, images, and videos are human-produced to ensure the best user experience. They are not generated by Artificial Intelligence (AI) Models or tools.)
