RapidStop^® PRO Bleed Control Kit

Description

PRO Bleed Control Kit for Severe Trauma Response

The RapidStop^® PRO Bleed Control Kit is designed to support fast response during severe bleeding and trauma emergencies. This PRO bleed control kit includes the patented RapidStop^® Tourniquet, a hemostatic trauma solution built with military-grade ruggedness, all-age suitability, superior single-handed application, and fast average occlusion performance.

Because a severed brachial, radial, or ulnar artery creates a limited window before blood loss can lead to unconsciousness or shock, rapid bleeding control is critical. As a result, this kit helps responders access organized trauma supplies quickly when every second matters.

RapidStop^® Tourniquet with PRO-Level Bleeding Control Supplies

This PRO bleed control kit includes the RapidStop^® Tourniquet to help achieve full occlusion as quickly as possible. Faster application can support faster stabilization, which may increase the chances of survival during life-threatening bleeding emergencies.

Additionally, the PRO kit includes a chest seal dressing vent 2 pack, hemorrhage control bandage, Z-Fold hemostatic gauze, nitrile gloves, thermal blanket, emergency trauma shears, permanent marker, and durable plastic gasket case. Therefore, it is a strong option for EMS programs, military users, workplace safety teams, public safety stations, and high-risk jobsite response areas.

Military and EMS Variations for Bleed Control Programs

The RapidStop^® PRO Bleed Control Kit is available in Military and EMS variations, helping organizations choose the right kit format for their response needs. The Military variation includes the RapidStop^® Tourniquet Military Black, while the EMS variation includes the RapidStop^® Tourniquet Responder Orange.

Furthermore, both variations include a durable weatherproof plastic case for protected storage and transportation. Overall, this PRO kit helps teams keep advanced trauma supplies organized, visible, and ready for severe bleeding emergencies in demanding environments.