U-WIN Women’s Anatomical Damping Pads for Plate Carrier

The U-WIN women’s damping pad set is designed to improve comfort during body armor use and ensure a more accurate fit of the plate carrier according to female anatomical features. Thanks to their ergonomic shape, the pads create additional space in the chest area, reducing gear pressure and increasing comfort during prolonged wear.

The set includes four separate pads with a height of 28 mm, installed on the inner side of the front plate carrier panel using Velcro fastening. This design allows users to individually adjust the placement depending on body shape and required support level.

The separated placement of the pads creates ventilation channels that improve airflow and help dissipate heat during movement. This reduces discomfort during long-term use of body armor in warm conditions or during intensive physical activity.

The damping inserts also help distribute load more evenly across the body armor, reducing shoulder pressure and improving overall ergonomics. An additional benefit is reduced behind-armor trauma in case of impact from fragments or bullets on the ballistic plate.

The materials are designed for regular use and easy maintenance. The product is machine washable at temperatures up to 40°C without removing the internal damping material.

Features

• Set of 4 anatomical damping pads
• Designed for women’s plate carriers and Velcro-compatible platforms
• Pad height: 28 mm
• Individual placement configuration
• Creates anatomical chest comfort zone
• Improved ventilation between pads
• Reduces shoulder load
• Helps reduce behind-armor trauma
• Easy Velcro installation
• Machine washable up to 40°C

Specifications

• Type: plate carrier damping pads
• Quantity: 4 pcs
• Height: 28 mm
• Attachment system: Velcro
• Compatibility: U-WIN women’s plate carriers and other Velcro-equipped carriers
• Care: machine washable up to 40°C
• Country of origin: Ukraine

The U-WIN women’s damping pads allow the plate carrier to be adapted to female anatomy, improving comfort, ventilation, and overall ergonomic performance during extended wear.