Fixed-weight dumbbell HMS Fitness HEX PRO 12 12 kg Black

The HMS Fitness HEX PRO 12 is a fixed-weight dumbbell weighing 12 kg, finished in black and constructed from durable steel with a rubberised hexagonal head. The dumbbell includes a 3.4 cm diameter knurled bar that provides a secure grip for a range of strength-training movements. Its hexagonal shape prevents rolling when set down and the rubberised coating improves impact resistance and protects floors and equipment.

Advantages

The fixed-weight design offers immediate readiness for training without assembly. Rubberised hexagonal heads reduce noise and damage from drops, while the steel core ensures long-term durability. The 3.4 cm diameter ergonomic bar with knurling improves hand stability during lifting and supports both bilateral and unilateral exercises.

Suitable for

• General strength training and muscle endurance workouts
• Unilateral exercises such as single-arm rows and presses
• Free-weight programs in home gyms and commercial facilities
• Functional training and circuit training sessions

Key specifications

• Weight: 12 kg
• Construction: steel core with rubberised hexagonal heads
• Finish: black rubber coating
• Handle diameter: 3.4 cm
• Handle surface: knurled for improved grip

How to use

Select the HMS Fitness HEX PRO 12 for exercises that match your current strength level. Use both hands for bilateral movements such as goblet squats and Romanian deadlifts, or perform unilateral movements like single-arm presses and rows to address muscle imbalances. Ensure a stable stance and controlled tempo; keep the wrist neutral and engage the core to maintain proper form. Place the hex head on the floor when resting between sets to prevent rolling.

Usage recommendations

Inspect the rubberised coating regularly for wear and clean with a damp cloth. Use appropriate floor protection when performing drops or dynamic movements to extend the life of the dumbbell and protect surfaces. Combine with other weights from the HEX PRO family to build progressive overload routines.