Sayla Mass (R+) GUNDAM

Sayla Mass #GD01-087 was printed 4 ways and each one sells separately: R+ from Newtype Rising $62.56; Store Tournament Winner Pack 01 R+ from Gundam Promotional Cards $29.99; Store Tournament Participant Pack 01 Rare from Gundam Promotional Cards $0.84; Rare from Newtype Rising $0.35 (TCGplayer market, 2026-10-28). Check the set, the rarity mark and any parallel foil, manga art or edition stamp on your copy to know which price is yours; TickerMint prices every printing on its own page.

Shops and show vendors commonly offer about 70% of market in cash and 80% in store credit. At today's $62.56 market price that is roughly $44 cash or $50 trade for a near-mint copy. Selling it yourself on TCGplayer or eBay nets more after fees; see the seller-net answer below.

Sayla Mass (R+) [Holofoil] has a TCGplayer market price of $62.56 as of 2026-10-28.

Sayla Mass (R+) #GD01-087 is trending down: $62.56 today, down 14% in 30 days and 35% below its all-time high of $96.13 (2026-07-29), but 5.3x its low of $11.78 (2025-12-31). TCGplayer market price as of 2026-10-28, tracked daily since 2025-07-25. Other windows: down 1.3% over 7 days, down 32.4% over 90 days, up 252.8% over a year. A 30-day drop this size is common after a reprint or a set rotation; the daily chart shows whether it has found a floor.

In TickerMint's daily data (since February 2025), the TCGplayer market price for Sayla Mass (R+) [Holofoil] (all conditions) peaked at $96.13 (2026-07-29) and bottomed at $11.78 (2025-12-31).

Grading Sayla Mass #GD01-087 pays only if you expect a 10: PSA 10 copies are listed from $311.82 on eBay (eBay asks checked Oct 23, 2026) vs $62.56 raw (TCGplayer market), and after a $25 grading fee, $10 shipping and 13% selling fees you'd need about 1 in 6 copies to grade a 10 to break even (a 17% chance). That assumes a 9 or lower sells like a raw copy. "Listed from" is the lowest current PSA 10 asking price on eBay, not a sale, and asks can sit above what copies actually sell for. Whether your copy grades a 10 depends on its centering, corners, edges and surface.