Cerakote Spartan Tactical OTF Knife (Graphite Black & Carbon Fiber Inlay)

Spartan double action out the front knife (DA – OTF knife).

Cerakote Coated
Color: Graphite Black

Powerful, fearless and ready for anything. The Spartan OTF Knife stays true to it’s name.

Like all RavenCrest Tactical knives, the Spartan is built for hard use. Each Spartan comes standard with a 3.9-inch 440c blade that is meticulously hand sharpened to a razor's edge ready to cut right out of the box. The sleek ergonomic handles on the Spartan are made of high-quality Zinc Alloy that is individually hand coated with Cerakote which gives them maximum hardness and corrosion resistance. The button placement along the “face” of the handle allows for a natural thumb placement and leverage while deploying the blade. The Spartan also allows features a bold inlay on each side of the handle that adds to the aesthetics and appeal of the knife. If that wasn’t enough the Spartan OTF knife also comes equipped with a “battle tested” glass breaker pommel and pocket clip.

The inner workings of the Spartan don’t disappoint. “Under the hood” you will find all stainless steel precision parts and our proprietary coated high-performance spring. The Spartan comes with our famous lifetime warranty giving you confidence and peace of mind.

All RavenCrest Tactical OTF knives are extremely safe to operate and use. RavenCrest Tactical OTF knives come with a built-in safety that will not allow the blade to fully deploy if anything is obstructing its path. Once in “safety mode” the blade will need to be reset by pulling the blade all the way into its locking position making it fully functional again.

The Spartan OTF Knife is available for full customization.

What is Cerakote? Cerakote is not a paint. Cerakote is a Polymer-Ceramic coating that can be applied to metals, plastics, polymers and wood. The unique formulation used for Cerakote ceramic coating enhances a number of physical performance properties including abrasion/wear resistance, corrosion resistance, chemical resistance, impact strength, and hardness.