rockible Weightlifting Drop Pad, Floor Protection, Easy to Use, Noise Reduction Barbell Shock Absorbers, Weight Lifting Cushion, Black EPE

• 【Easy to Clean】: The smooth surface of the pads makes them easy to clean, helping maintain cleanliness with minimal effort
• 【Versatile Use】: Ideal for indoor use, these pads are great for weightlifting, dumbbell exercises, bench presses, and more. They also help decrease noise during workouts
• 【Noise Reduction Design】: These Weightlifting Drop Pads feature a specially designed surface texture and material that significantly reduces noise during workouts, creating a quieter training environment ideal for home gym or personal training studios
• 【Wear Resistant】: Made from quality PVC leather material, these Deadlift Drop Pads are resistant to wear and tear, ensuring long time to use even with frequent heavy lifting
• 【Package Includes】: The package comes with 1 pad to meet your fitness needs. Size: 50 cmx30 cmx15 cm/19.69 inchx11.81 inchx5.91 inch

Description: - 【Noise Reduction Design】: These Weightlifting Drop Pads feature a specially designed surface texture and material that significantly reduces noise during workouts, creating a quieter training environment ideal for home gym or personal training studios - 【Wear Resistant】: Made from quality PVC leather material, these Deadlift Drop Pads are resistant to wear and tear, ensuring long time to use even with frequent heavy lifting - 【Easy to Clean】: The smooth surface of the pads makes them easy to clean, helping maintain cleanliness with minimal effort - 【Versatile Use】: Ideal for indoor use, these pads are great for weightlifting, dumbbell exercises, bench presses, and more. They also help decrease noise during workouts - 【Package Includes】: The package comes with 1 pad to meet your fitness needs. Size: 50 cmx30 cmx15 cm/19.69 inchx11.81 inchx5.91 inch Size Chart: 50 cmx30 cmx15 cm/19.69 inchx11.81 inchx5.91 inch Package Includes: 1 Pair of Weightlifting Drop Pads Note: Please allow slightly errors 1-2cm/0.39-0.79inch differences due to manual measurement.