1966 OPC Batman Blue Bat #6B Canape for a Cobra — Raw

Asking range
Confirmed sales
Live listings
| Price | Type | Est. grade (ours) | Est. ROI after grading | Listing (opens eBay) | |
|---|---|---|---|---|---|
![]() | $4.85 | Buy It Now | 3 (2–4) | — | 1966 O-Pee-Chee B Series (Blue Bat Logo) Batman Canape for a Cobra #6B 1n7v |
![]() | $6.28 | Buy It Now | 3 (2–4) | — | 1966 O-Pee-Chee B Series (Blue Bat Logo) Batman Canape for a Cobra #6B 0t5 |
Index grading notes

Centering estimate: left border appears notably wider than right (approximately 70/30 left-to-right), top border slightly wider than bottom (approximately 60/40 top-to-bottom) - centering is off but not catastrophically miscut. Surface shows significant toning and age-related wear across the card face with visible yellowing/browning, particularly in the border areas, which is consistent with OPC paper stock aging. Corners appear rounded at all four points with visible wear, most notably at the lower-left and upper-right corners. Surface shows general gloss loss and what appears to be light soiling or staining in the border regions; no obvious hard creases are visible from this photo but the overall wear pattern and corner rounding suggest a VG (3) grade, with the range reflecting uncertainty about crease presence on the back and exact corner condition hidden by the case holder.

Centering estimate: left border appears notably wider than right (~65-70% left bias), top border slightly wider than bottom, yielding roughly 65/35 L/R and 60/40 T/B - meaningful but not catastrophic off-centering. Corners show visible rounding on at least two corners (bottom-left and top-right are clearly soft), consistent with a VG-level card. Surface shows moderate gloss loss and what appears to be light soiling or toning across the card face, with some wear along the edges. No obvious hard creases are visible from this photo, but the overall surface fatigue and corner rounding firmly place this in the VG range (grade 3); the centering issues and edge wear prevent a push to VG-EX. Back condition is unknown from this single-sided image, which is the primary driver of range uncertainty.