Custom Kettlebells

Kettlebell training reconstructs the energy metabolism pathway to form a virtuous cycle of "fat burning-muscle building-hormone optimization", achieving a multi-dimensional regulatory effect of the metabolic system:

Kettlebell exercise maximizes excess post-exercise oxygen consumption (EPOC).

The energy utilization method of kettlebell movements is to use more strength in a relatively short period of time to complete swings, push-ups, support and other movements.

The body mainly uses anaerobic metabolism to consume muscle glycogen.

During the rest intervals when the movement stops and the rest period after exercise, aerobic metabolism replenishes the consumption of muscle glycogen, forming excess post-exercise oxygen consumption (EPOC), and EPOC can last for 24-48 hours.

Studies have shown that 20 minutes of kettlebell training with a specific load can consume 400-600 kcal of calories, and the fat oxidation rate in the afterburn period increases by 3 times.

Two-way improvement of muscle mass and basal metabolic rate. For every 1 kg of muscle added, the daily basal metabolic rate increases by about 70 kcal.

Kettlebell compound movements (such as Turkish get-ups) can activate more than 70% of the main muscle groups at the same time, especially the type II fast-twitch fibers.

Six weeks of training can increase muscle mass by 2-3 kg and increase basal metabolic rate by 8%-10%.

Benign reconstruction of the hormone environment.

Kettlebell training with increased weight and short intervals can stimulate the secretion of growth hormone (GH) to increase by 4-6 times 24 hours after exercise, while promoting a 15%-20% increase in testosterone levels.

This hormone combination promotes protein absorption and muscle synthesis, while also accelerating fat decomposition, enhancing bone density (lumbar spine bone density increased by 2.3%) and muscle repair ability.