KIOKOP Mini Air Compression Recovery Boots | Portable Full Leg Massager System for Athletes, Fast Muscle Recovery & Improved Circulation

  Exclusive patented power supply supports two modes (plug-in and Type-C fast-charging power bank), so you never have to worry about battery life.

• Power Supply Mode 1: Direct plug-in use. Unlimited usage with no time limit.
  
• Power Supply Mode 2: Can be powered by a Type-C fast-charging power bank for convenient use anytime, anywhere outdoors.

Global Maximum Pressure 275 mmHg（1-9 Intenssity）

M1 Sequential massage mode
Single chamber inflates and massages in sequence. The leg is massaged in the order of 1–8. Boosts blood circulation by up to 366%, ideal for deep relaxation after exercise

M2 Sequential massage mode
Two chambers inflate and massage simultaneously. Suitable for quick activation and warm-up in a short time.

M3 Pulsating massage mode
You can select any air chamber to turn on or off for inflation and massage.

3-airbag design with Velcro wrapping, achieving 360° all-round massage

Product weight: 500g


During sports events or training intervals, users can quickly and conveniently restore their muscles to a better state without removing their clothes, effectively relieving muscle fatigue and promoting the recovery of the arms and shoulders

The MINI version is equipped with high-frequency vibration up to 14,000 RPM.

Vibration waves help accelerate metabolic waste removal, deep tissue release, and neurological function recovery.

It speeds up the clearance of metabolic byproducts such as lactic acid and creatine kinase, relieves muscle stiffness and fascial adhesion, alleviates delayed onset muscle soreness (DOMS), and enhances neuromuscular coordination.

The MINI version is equipped with 850nm high-penetration infrared function, which can penetrate deep into muscles for enhanced relaxation and recovery.

Based on the photobiomodulation effect: this wavelength matches the absorption peak of cytochrome c oxidase in cell mitochondria, helping to significantly improve ATP synthesis efficiency and accelerate the repair of damaged cells.