Cupid Queen's Outfit icon, Collectable rarity item in Grand Piece Online

Cupid Queen's Outfit QFIT

Tier A- Collectable Stable Low confidence

Current trading value

6.3K

Range 5K–7.5K

Window30d

UpdatedAug 23, 2026

Trades52
Offered24
Wanted28
Demand ×1.17

Looking to buy GPO items? Browse the PetMart shop

What Cupid Queen's Outfit's value means

At 6.3K value units, Cupid Queen's Outfit trades for roughly 0.63× a Mythical Fruit Chest (the 10,000-unit reference item), so it sits below the anchor on the chart.

That figure is a low-confidence read: the solver places the true value between 5K and 7.5K (a ±20% band) off 52 observed Discord trades.

Demand is currently rated Stable and rarity is Collectable, both recomputed every solver run.

Price history · 60 days

Per-day median across observed trades. Last point is today's solver run.

Recent Cupid Queen's Outfit trades

The exact offers our pipeline parsed from Discord. No edits, no opinions.

  • 4× Legendary Fruit Chest Cupid Queen's Outfit seen 22×
  • Cupid Queen's Outfit Pika seen 6×

Most common trade shapes observed for Cupid Queen's Outfit, from 28 solo-trade samples.

Trade recommendations

Auto-built from the value-matches graph. Verdicts use the same win/fair/lose math as the calculator.

FAIR

Cupid Queen's Outfit for Flamingo Boat (6.6K)

Inside the confidence band. Fair on paper.

-4.3% delta

Browse all GPO values →

FAQ

How much is Cupid Queen's Outfit worth in GPO?

Cupid Queen's Outfit's current trading value is approximately 6.3K (range 5K-7.5K), based on 52 observed Discord trades over the last solver run. Updated 2026-08-22.

How is Cupid Queen's Outfit's value calculated?

Cupid Queen's Outfit's value is derived purely from observed Discord trade messages using a ratio-chain solver against the Mythical Fruit Chest anchor (10,000 value units). No editor opinions, no hand-tuned numbers. See /legal/methodology for the full math.

Why is the value a range, not one number?

The range is a 90% confidence band. The single headline number is the median. The band shows where the solver thinks the true value lives given noise.