Spartan 300 Sword with Custom Leather Sheath | Greek Kopis Short Sword

Custom Hand-Forged Spartan Kopis Sword with Heavy-Duty Leather Sheath

Channel the power of ancient warriors with this handcrafted Spartan Kopis Short Sword, engineered for brutal chopping power, balanced handling, and historical authenticity. Paired with a custom, reinforced black leather scabbard, this fixed-blade combat sword is built for collectors, historical reenactors, outdoor bushcraft chopping, and martial arts enthusiasts.

Key Features & Design Details

• Iconic Recurved Kopis Profile: Forward-weighted, downward-curved blade geometry delivers devastating cutting momentum, making it exceptional for slicing, chopping, and heavy-duty impact.

• Ergonomic Full-Grip Handle: Features a grooved grip with pronounced pommel and handguard flares, ensuring zero slippage and superior retention during high-velocity swings.

• Heavy-Duty Custom Black Leather Sheath: Hand-stitched with reinforced thick thread, custom-molded to the precise contour of the blade, and secured with dual heavy-duty snap-button retention straps to lock the blade firmly in place.

• Functional & Display Ready: Fully functional construction built from resilient high-carbon steel, ready for tactical cutting drills or as a commanding centrepiece in any armoury collection.

Product Specifications (Suggested Template)

• Sword Type: Greek Spartan Kopis / Falcata Style Short Sword

• Blade Style: Re curved Single-Edge Battle Blade

• Handle Design: Textured, ergonomic grip with flared guard and bird’s-head pommel

• Sheath Material: 100% Genuine Thick Black Leather with Heavy-Duty Stitching

• Retention Mechanism: Dual Snap-Fastener Safety Straps

• Intended Use: Historical Reenactment, Outdoor Bush craft & Chopping, Blade Collecting, Display

Craftsmanship & Durability

Every curve of the blade and stitch of the leather sheath is hand-finished for unmatched durability and authentic historical aesthetics. The tight-fitting scabbard prevents blade rattle while protecting the edge from moisture and damage during transport.