1966 Topps Batman Riddler Back #10 Beaming Batman

Every grade of this card
| Grade | Live | Asking range | Last confirmed sale | Est. grade (ours) |
|---|---|---|---|---|
| Raw | 2 | $7.50 – $19.99 | — | 3.5 |
| TAG ? | 0 | — | — | — |
| PSA 7 (ST) | 1 | $78.89 | — | — |
| PSA 7 | 1 | $59.90 | — | — |
Index grading notes

Centering estimate: left border appears slightly wider than right, roughly 55/45 L/R; top border appears noticeably thinner than bottom, approximately 65/35 T/B — centering is acceptable for EX range but not tight enough for NM territory. The black border on all four sides appears intact with no obvious chipping or major border wear. Corners from this single angled photo appear to show some light rounding — not sharp enough for NM-MT but not heavily blunted either, consistent with EX to EX-MT. Surface gloss appears present but the photo angle and resolution make it difficult to confirm absence of creases or surface wear definitively; no visible creases detected, which aligns with the seller's EX claim. The slight photo angle and modest resolution prevent confident corner and surface assessment, so the range is widened accordingly — raw card most likely grades PSA 5 EX.

Centering estimate: left/right borders appear approximately 60/40 favoring left, top/bottom roughly 55/45 — centering itself is not the primary concern here. The card shows very heavy surface wear with multiple visible crease lines running diagonally and vertically across the card face, most notably a severe crease/fold line running from upper-center down through the middle of the image and additional creasing in the lower third. Corner wear is difficult to isolate given the surface damage but appears rounded consistent with heavy handling. Gloss is largely absent. The red-corner border frame shows moderate toning and wear. The sheer volume of creasing pushes this into Good (2) territory at best, with a floor of Poor-Fair (1) if the creases break the paper surface upon closer inspection — a condition that cannot be fully confirmed from this single scan.