Dumbbell HMS 17023 vinyl 0.5 kg — single hand weight

HMS 17023 vinyl 0.5 kg single hand weight is a compact dumbbell designed for light resistance training, aerobic workouts and rehabilitation exercises. The vinyl-coated surface delivers a comfortable, non-slip grip and helps protect floors from scratches. This single 0.5 kg dumbbell is intended for adding small amounts of resistance to stretching, Pilates, balance training and home fitness routines where precise, low-weight increments are required.

Advantages

The vinyl coating improves handling and reduces noise when the weight is set down. Its compact size makes it easy to store and transport, and the single-hand format allows targeted unilateral exercises. Low weight enables safe use in rehabilitation and for beginners, while the smooth surface is easy to clean and maintain.

Suitable for

• Light strength training for beginners
• Aerobic and cardio classes that require hand weights
• Physical therapy and rehabilitation routines
• Pilates, stretching and mobility exercises
• Home fitness and balance training

Key specifications

• Weight: 0.5 kg
• Coating: vinyl
• Design: single hand dumbbell
• Grip: smooth, comfortable non-slip surface
• Application: light resistance, rehabilitation, aerobic workouts

How to use

Use the HMS 17023 0.5 kg dumbbell to add small increments of resistance to exercises such as biceps curls, triceps extensions, lateral raises and various mobility drills. Hold the dumbbell securely with the palm wrapped around the coated surface and maintain controlled movements to focus on muscle activation and joint stability. For rehabilitation or therapy, follow guidance from a physiotherapist regarding repetitions and movement ranges.

Usage recommendations

Inspect the vinyl coating regularly for wear and clean the surface with a mild detergent and dry cloth. Avoid dropping the dumbbell from height to preserve the coating and protect floors. Combine this 0.5 kg weight with progressive increments when planning gradual strength improvements or rehabilitation protocols.