This all-metal pocket knife is an ideal companion—whether you are in the city or out camping. The silhouette was designed by Joe Caswell for CRKT and the creator drew inspiration from "the hinge detail on [the] popular Provoke Karambit line."
The product is titled the Provoke EDC and like many all-metal pocket knives of its caliber, it is made with durability and longevity in mind. The silhouette of the blade boasts D2 steel which has "remarkably high resistance to wear and tear" while the handle is made out of aluminum with an anodized finish. The opening mechanism taps CRKT’s signature Kinematic™ style. The knife can also be easily deployed and will thrive in various demanding conditions.
Image Credit: CRKT
What Makes This Trend Stand Out
- All-metal Pocket Knives
- There is a trend towards creating all-metal pocket knives that are durable and built to last, with innovative opening mechanisms for easy deployment.
- Kinematic™ Style Opening Mechanism
- The Kinematic™ style opening mechanism used in the Provoke EDC is part of a trend towards innovative and unique opening mechanisms for knives and other tools.
- D2 Steel Blades
- D2 steel is becoming a trend in knife design due to its exceptional hardness and resistance to wear and tear, offering a valuable material for blade construction.
Sectors Adopting This
- Outdoor Recreational Equipment
- The Provoke EDC and similar products have potential in the outdoor recreational equipment industry, providing users with durable and reliable tools for camping, hiking, and other outdoor activities.
- Consumer Goods
- All-metal pocket knives, especially those with unique opening mechanisms like the Kinematic™ style, have an opportunity for disruption in the consumer goods industry, capturing the attention of customers looking for high-quality and innovative products.
- Knife and Blade Manufacturing
- The use of D2 steel in knife and blade manufacturing could be a disruptive innovation opportunity in this industry, as it offers a highly durable and wear-resistant material for blade construction.
