CORTEX 10kg Black Series V2 Bumper Plate (Pair)

$144.00

The CORTEX 10kg Black Series V2 Bumper Plates (Pair) are heavy-duty, IWF-compliant rubber bumper plates with steel cores, perfect for Olympic lifting, CrossFit, and high-impact strength training.

SKU: 97185 Category:
Description

Elevate your Olympic lifting, CrossFit, and functional fitness training with the CORTEX 10kg Black Series V2 Bumper Plates (Pair). Engineered for serious performance, these plates feature a durable heavy-duty rubber exterior and IWF-compliant steel core, providing optimal resilience and safety during high-impact lifts.

The slightly grooved edges ensure easy handling, while the steel ring core allows smooth loading and unloading on standard Olympic barbells. With a thin, dense design, these V2 bumper plates let you stack more weight on the bar, maximizing your strength training potential without compromising space or stability.


Key Features

  • Durable Rubber Exterior: Scratch-resistant, high-impact rubber for longevity

  • IWF Standards: 450mm diameter and compliant for Olympic lifting

  • Steel Core Ring: Smooth inner steel ring for quick and secure bar loading

  • Thin, Dense Design: Fits more weight per barbell, ideal for heavy lifting

  • Versatile Use: Perfect for CrossFit, functional fitness, commercial gyms, or home gyms


Technical Specifications

  • Weight: 10kg per plate (Pair = 20kg total)

  • Diameter: 450mm (IWF standard)

  • Width: 43mm

  • Material: Heavy-duty rubber encasing steel core

  • Hole Size: 50mm, suitable for standard Olympic bars

  • Warranty: 12 months parts replacement


Why Choose CORTEX 10kg Black Series V2 Bumper Plates

These CORTEX V2 Bumper Plates are built for serious lifters who demand durability, precision, and performance. Their IWF-certified dimensions and steel ring core make them ideal for Olympic lifts, heavy CrossFit routines, and dynamic functional training. Whether you are setting up a home gym or equipping a commercial facility, these plates combine premium quality, safety, and usability.