4-Pack Slot Car axle flanged ceramic bearings sized 1/8 inch x 1/4 inch, ABEC-7 quality stainless steel bearings with solid ceramic balls

Regular price $49.99 Sale price$80.00you save $30.01
SKU: kit987
UPC: 00193019050439
Item: 1/8 inch Axle Slot Car Bearings
Type: Flanged Deep groove ball bearings
Material: Stainless Steel
Quality: ABEC-7
Bearings: Stainless Steel

1/8 Inch Slot Car Axle Flanged Ceramic Ball Bearings
✔️ ABEC-7 Stainless Steel Bearings with Solid Ceramic Balls 4 Pack

This is a set of four flanged deep groove ball bearings made for high-speed, low-friction rotation on 1/8 inch slot car axles and other precision miniature shafts where smoothness and accuracy really matter.

✅ Pack size: 2 pairs total 4 bearings
✅ Flanged deep groove design for stable axial positioning
✅ Stainless steel races for corrosion resistance and long service life
✅ Solid ceramic balls for reduced friction and higher speed capability
✅ ABEC-7 precision grade for ultra-smooth rotation
✅ Bakelite retainer designed for high-speed performance
✅ Single metal shield helps protect from dust and debris
✅ Pre-lubricated with oil and ready to run

Dimensions
(all dimensions shown in inches)

Inner Diameter 0.125
Outer Diameter 0.250

Additional Specifications

Bearing Type Flanged deep groove ball bearing
Material Stainless steel
Ball Material Solid ceramic
Cage Material Bakelite
Closure Single metal shield
Lubrication Oil
Precision Grade ABEC-7

💡 Why are ABEC-7 flanged ceramic ball bearings used in slot cars and precision axles?
ABEC-7 flanged ceramic bearings are used when maximum speed, accuracy, and smoothness are required in small rotating systems.

  • Tighter tolerances reduce vibration and rolling resistance

  • Ceramic balls spin faster with less heat buildup

  • Flanged design keeps the bearing aligned on short axles

  • Oil lubrication supports rapid acceleration and consistent performance

These high-precision slot car axle bearings are a handy upgrade when you want faster response, smoother rolling, and race-level performance from compact rotating parts.