Dah_Heavy

Name/Title

Dah_Heavy

Entry/Object ID

91; Full Code: 91.13.37-SW-NB

Tags

Blood, Sword

Description

This artifact is a Dah (also spelled Dha), a traditional short sword prevalent throughout Southeast Asia and Eastern India, specifically in regions like Nagaland, Mizoram, and across the border in Myanmar. It represents a versatile "Dual-Use" tool, engineered to function both as a primary jungle utility machete and a formidable close-quarters combat weapon. The piece documents a focus on Forward Weight Bias and Mechanical Simplicity. Core Components & Engineering The Blade (Chisel-Tip / Single-Edge): A robust, single-edged steel blade that widens toward the tip. Geometry: The blade features a "square" or "chisel" tip, a common characteristic of Dah specimens from the Eastern Himalayan foothills. This geometry places the maximum amount of steel mass at the distal end. Mechanical Logic: This distal weight bias maximizes the Kinetic Output of a downward swing. The blade relies on momentum and mass rather than a sharp piercing point to achieve its results. The Hilt (Solid Hardwood): A long, ergonomic handle carved from a single piece of dense hardwood. Architecture: The hilt lacks a traditional crossguard. This allows the user to "choke up" or shift their grip along the handle to adjust the lever arm depending on the task. Tactical Indexing: The handle features a flared pommel and rhythmic horizontal carvings. These provide a high-friction mechanical interface, ensuring the tool remains anchored in the hand despite the high centrifugal forces generated during a chop. The Scabbard: A simple, functional sheath constructed from two pieces of hollowed wood bound together (likely by rattan or leather, currently covered in a dark protective layer).

Made/Created

Manufacturer

Robin Biswakarma of Majhitar

Date made

circa 2010

Place

City

Majhitar

State/Province

Sikkim

Region

NE India

Ethnography

Cultural Region

Region

NE India

Country

Nepal

Dimensions

Dimension Description

22"

Length

17 in

Material

5160

Acquisition

Acquisition Method

Custom Made