Native American Projectile Points Value Guide

This collection of eight knapped stone projectile points and scrapers represents the advanced lithic technology of the Woodland and Archaic periods in Sullivan County, Indiana. These artifacts are highly collectible due to their specific provenance and the skilled pressure flaking techniques used to shape local chert, flint, and jasper.

What Is Native American Projectile Points Worth?

The typical price range for Native American Projectile Points is $75 - $82 based on recent sales. However, values can vary depending on the item's condition, rarity, and other factors such as:

• The presence of a documented find location, specifically Sullivan County, Indiana, significantly enhances historical value.
• The physical condition and completeness of the tips, bases, and edges of the eight individual stone pieces.
• The inclusion of the black display case which provides both protection and an organized presentation for the collection.
• The variety of tool types included, such as the combination of hunting projectile points and processing scrapers.

How to Identify Native American Projectile Points?

• Examine the edges for distinct pressure flaking marks characteristic of indigenous lithic reduction.
• Verify the material composition, specifically looking for regional Indiana chert, flint, or jasper varieties.
• Check for authentic weathering and patina on the stone surfaces that matches the 1000 BC - 1000 AD timeframe.
• Look for specific point typologies such as those common to the Woodland and Archaic archaeological sites of the American Midwest.

History of Native American Projectile Points

These artifacts are representative of the lithic technology used by indigenous peoples in North America for thousands of years. The specific notation in the case indicates these were found in Sullivan County, Indiana, an area rich in Woodland and Archaic period archaeological sites. Such points were essential for hunting and processing game, crafted from local chert and flint using pressure flaking techniques.