The two bifacial blades could have been used as small knives, scrapers, or even projectile points. One ([Fig. 16], E), represented by the basal portion, is a triangular blade with a straight base. It is 3.6 cm. wide at the base and is estimated to have been approximately 7 cm. long when complete. It is fairly thin and of reasonably good workmanship. The second bifacial blade ([Fig. 16], F) is smaller than the other, measuring 4.2 cm. long by 2.8 cm. wide at the base. It is crudely pointed at the distal end and has a convex base. The blade edges are sinuous and show little evidence of wear.
Worked Nodules
Six small nodules of chert have been worked and show signs of wear along the worked edges ([Fig. 16], A-D). All were fashioned from small elongated nodules by chipping a sharp edge at one end of the nodule, leaving the basal end smooth and unworked. They are from 4 to 6.5 cm. long. Two of them ([Fig. 16], A-B) are chipped only across one end of the nodule; the others are chipped across one end and down both sides, only the basal end of the nodule being unaltered. Similar artifacts are quite common in sites over most or all of East Texas, but their purpose is unknown.
Drills
An elongated, pointed implement ([Fig. 16], G) with the basal portion missing appears to be the shank of a drill. It has been chipped from gray chert. This fragment is 4.3 cm. long and is from 5 to 13 mm. wide. It is triangular in cross section and the distal end is slightly worn along the edges as though from use.
Fragmentary Chipped Stone Artifacts
Four fragments of chipped stone implements are too incomplete for accurate description. Some or all of them are probably blade fragments from projectile points or bifacial blades.
Milling Stones
One incomplete milling stone is made of light gray quartzite ([Fig. 16], J). It has been pecked around the edges into a broad oval shape and it is smooth from use on both faces. It is 9.8 cm. long, 8.2 cm. wide, and 3.6 cm. thick.
Three small stone fragments smoothed on one face are probably pieces of milling stones, but all are too fragmentary for their original shapes to be determined.