1. Decrease in heart rate and oxygen consumption while cycling was measured during lab-controlled indoor cycling with the exoskeleton configured to optimal assistance settings. Compared to cycling without exoskeleton assistance, average heart rate decreased by 42.7%, and oxygen consumption decreased by 39.2%. Data were collected under controlled lab conditions. Actual performance may vary depending on environmental conditions, terrain, load, user condition, riding style, and bicycle model.

2. Decrease in heart rate, oxygen consumption, and muscle load while walking was measured during lab-controlled treadmill walking at 3.5 km/h on a 15° incline, with the exoskeleton configured to optimal assistance settings and using surface electromyography (EMG). Compared to walking without exoskeleton assistance, average heart rate decreased by 22.3%, oxygen consumption decreased by 20.5%, and muscle activation of the iliopsoas and rectus femoris decreased by up to 63.7% during the swing phase, indicating a reduction in muscle load based on fatigue signals. Data were collected under controlled lab conditions. Actual performance may vary depending on environmental conditions, terrain, load, user physiology, and walking style.

3. Battery range while walking in Eco Mode was measured during lab-controlled treadmill walking at 4 km/h on a 1° incline, with the exoskeleton set at 30% power. 7.5 hours reflect continuous movement until battery depletion. Data were collected under controlled lab conditions. Actual performance may vary depending on environmental conditions, terrain, load, user physiology, and walking style.

4. Battery range while walking in Hyper Mode was measured during lab-controlled treadmill walking at 4 km/h on a 1° incline, with the exoskeleton set at 100% power. 80 minutes reflect continuous movement until battery depletion. Data were collected under controlled lab conditions. Actual performance may vary depending on environmental conditions, terrain, load, user physiology, and walking style.

5. Battery range of 42,000 steps while walking was estimated based on a total range of 30 km in Eco Mode and an average step length of 0.7 meters. Under these conditions, a single battery supports approximately 42,000 steps. Actual step count may vary depending on user height, stride pattern, terrain, and assistance level.

6. Battery range while cycling in Eco Mode was measured during lab-controlled indoor cycling at 20 km/h with the exoskeleton set to Eco Mode at 30% power. 3.3 hours reflect continuous movement until battery depletion. Data were collected under controlled lab conditions. Actual performance may vary depending on environmental conditions, terrain, load, user condition, riding style, and bicycle model.

7. Battery range while cycling in Hyper Mode was measured during lab-controlled indoor cycling at 20 km/h with the exoskeleton set to Hyper Mode at 100% power. 1.7 hours reflect continuous movement until battery depletion. Data was collected under controlled lab conditions. Actual performance may vary depending on environmental conditions, terrain, load, user condition, riding style, and bicycle model.