Chase Tactical TAC-T Tourniquet

One-Handed Tourniquet with Aluminum Windlass

The Chase Tactical TAC-T Tourniquet delivers reliable hemorrhage control when seconds count. Built with an aluminum windlass rod and metal buckle design, this tourniquet provides the strength and reliability needed for emergency medical situations while maintaining a compact profile for easy carry.

Key Features

• Aluminum Windlass Rod: Lightweight yet strong alternative to plastic windlass systems
• One-Handed Application: Designed for self-application or use on others in emergency situations
• Metal Buckle Design: Durable construction that keeps the tourniquet lightweight and compact
• Time Stamp Application: Built-in timing system to track application time and prevent complications
• Strengthened Windlass Clip: Secure fastening system keeps the windlass rod locked in position
• Compact Design: Easy to carry in medical kits, tactical gear, or emergency supplies

Specifications

• Windlass Material: Aluminum
• Buckle Type: Metal
• Application Method: One-handed
• Time Tracking: Integrated timestamp system

Frequently Asked Questions

How does the one-handed application work?

The TAC-T features a simple design that allows for self-application or application to others using only one hand, making it effective in emergency situations where mobility may be limited.

What makes the aluminum windlass better than plastic?

The aluminum windlass rod provides superior strength and durability compared to conventional plastic options while remaining lightweight for easy carry and deployment.

What is the time stamp application feature?

The integrated time stamp system allows you to mark when the tourniquet was applied, which is critical for medical personnel to track application time and prevent potential complications from prolonged use.

How secure is the windlass fastening system?

The TAC-T includes a strengthened clip specifically designed to securely fasten the windlass rod in place once proper pressure is achieved, preventing accidental loosening during transport or treatment.