CRKT Launches Xolotl OTF Knife Designed by Former Green Beret

CRKT has introduced the Xolotl, an out-the-front automatic knife developed in collaboration with U.S. Army Special Forces veteran Michael Rodriguez as part of the company’s Forged by War program.

Designed for precision, durability, and operational reliability, the Xolotl was created to meet the functional needs of law enforcement and military professionals who rely on dependable tools in high-stakes environments.

The dual-action mechanism enables rapid, controlled blade deployment. The spear-point blade—double-ground for cutting efficiency—is made from MagnaCut steel, known for its balance of edge retention, strength, and corrosion resistance. The handle, machined from lightweight aluminum, features skeletal detailing symbolizing the Aztec deity Xolotl, reflecting Rodriguez’s service heritage and the knife’s intended connection between warrior tradition and modern craftsmanship.

Rodriguez, a 21-year U.S. Army veteran and former Green Beret, designed the knife to embody a blend of cultural respect and operational functionality. Each of the 21 ribs integrated into the handle design represents one year of his service.

The Xolotl is part of CRKT’s Forged by War initiative, which pairs military veterans with product designers to create mission-ready tools while raising funds for veteran-focused causes. A portion of proceeds from this model will benefit the Global War on Terrorism Memorial Foundation, Rodriguez’s chosen charity.

In a statement, CRKT said the program “honors those who have served by channeling their real-world experience into functional, purpose-built designs,” while also supporting national veterans’ organizations through charitable contributions.

For agencies, tactical teams, and individual officers seeking tools that balance reliability with symbolic meaning, the Xolotl represents a continuation of CRKT’s effort to bridge professional-grade design with the lived experience of veterans and first responders.

This article was written with the assistance of artificial intelligence.