Perennial Aetherbloom
Blitz Deck: Rosetta - Verdance (2024) · Flesh and Blood · VER014 · Common · art by Nikko Wahyudi
$0.15
Last tracked TCGplayer price · Normal · Oct 29 · no current market price
340 days tracked · 3 distinct prices · since Nov 24 2024 · a tracked day is one with a published value
These figures follow the Normal printing.
Affiliate links. Qualifying purchases may earn tcgvibes.com a commission.
Price trend
Normal · last 7 days · daily · unchanged across this window.
Normal · last 31 days · daily · unchanged across this window.
Normal · last 90 days · one point per 2 days · unchanged across this window.
Normal · one point per week · between $0.15 and $0.20. Weekly points begin Nov 29, 2024 (daily points since Nov 24, 2024).
TCGplayer market price · Normal printing · through Oct 29
How this chart is drawn
One value a day. Where a short view would draw too many points it thins to one point every few days and says so in its caption; the 1Y and MAX views show one point a week.
TCGplayer's own chart is drawn per condition, so it can differ from this one. This page holds one value per printing and does not say which condition it is for.
Vs its era
Measured against modern Flesh and Blood cards (ungraded, English). Over about 30 days or about 90 days neither this card nor the typical card in this group moved.
Vs its set
A gap in percentage points: this card's change over about 90 days minus the typical change of the 25 other cards in Blitz Deck: Rosetta - Verdance with a 90-day comparison, this card left out of that median. On ~90d: this card 0.0%, the typical card in the set 0.0%. The median sits at zero with 13 of the 25 moved, so the set is balanced, not flat.
Live market
eBay prices update each time you reload this page; they never enter the daily set indices, which are built from TCGplayer market prices only.
Related cards
Keep exploring
Prices are TCGplayer market data, updated daily; the newest value is usually a day or two behind. Card names and images © their respective publishers. See how market signals are derived.