Balance platform Phoenix Fitness black (RY1012)

Phoenix Fitness balance platform black is an innovative tool designed to improve balance and coordination. By using high-quality materials such as plastic and rubber, the platform ensures durability and safety during use. The product is dedicated to individuals with a maximum weight of 100 kg, making it a suitable choice for a wide range of users.

Multifunctionality and application

The Phoenix Fitness balance platform black is ideal for various fitness and rehabilitation exercises. Its universal design with a diameter of 39 cm allows for many exercises that strengthen muscles, improve posture, and increase body stability. With it, users can effectively work on their balance, which is crucial in many sports disciplines and daily life.

Materials and construction

The Phoenix Fitness balance platform black is made of durable plastic and rubber, ensuring not only long-lasting use but also comfort and safety during exercises. These materials are characterised by high resistance to mechanical damage and provide adequate grip on the ground. This combination makes the platform stable and reliable in any situation.

Health benefits and ergonomics

Regular use of the Phoenix Fitness balance platform black brings many health benefits, including improved coordination, strengthening of deep muscles, and reduction of injury risk. The ergonomic design of the product ensures comfort during use, and its compact dimensions allow for easy storage and transport. The platform is an ideal solution for those looking to improve their physical condition in the comfort of their own home.

Phoenix Fitness balance platform - features:

• High quality construction from plastic and rubber;
• Maximum user load of up to 100 kg;
• Platform diameter of 39 cm;
• Versatility in fitness and rehabilitation exercises;
• Improvement of body balance and coordination;
• Strengthening of deep and stabilising muscles;
• Ergonomic design ensuring user comfort;
• Compact dimensions facilitating storage and transport;
• Stability and reliability during exercises;
• High material resistance to mechanical damage.