Description
The Super Star Handmade Japanese Katana is forged from 1045 high carbon steel, known for its balance of hardness and flexibility,qualities essential for a reliable cutting blade. The 28.5-inch blade is shaped through traditional hammering and heat tempering techniques, creating a distinctive Hamon pattern along the edge. This wavy temper line is a telltale sign of differential hardening, where the edge is cooled rapidly to harden while the spine remains softer, allowing the blade to absorb shock without breaking.
Running down the center of the blade is the Hi, or blood groove, which reduces weight and improves balance, making the sword easier to wield during swift movements. The blade extends fully into the handle in a Full Tang construction, secured with two bamboo-style pegs called mekugi. This method ensures the blade and handle act as a single, sturdy unit.
The handle, or Tsuka, is wrapped in blue nylon cord over imitation ray skin, braided in the traditional Tsukamaki style to provide a firm grip. The copper Fuchi Kashira (collar and butt cap) offer a simple, functional finish. The tsuba, or guard, cast in metal, features a star motif that adds a touch of character while protecting the hand.
The Saya, or scabbard, is crafted from wood with a textured black finish and includes a shoulder strap with a knob for carrying. This sword reflects the craftsmanship and design principles found in classic Japanese blades, combining form and function.
Specifications
Overall Length: 41 Inches
Blade Length: 28.5 Inches
Blade: 1045 High Carbon Steel
Tsuka Material: Full Tang with Double Bamboo Pegs, Imitation Ray Skin and Nylon Cord Wrapping
Guard and Fittings: Metal
Features
Includes: Sword Bag, Shoulder Strap, Crest/Emblem
Functional, Handmade Sword
Fun fact: Traditional Japanese smiths often folded high carbon steel multiple times during forging to remove impurities and create layers, a technique that contributes to the blade’s strength and distinctive grain pattern,though modern 1045 steel katanas may use different processes to achieve similar results.









