AymarData
PolymarketHistory from 2025-06-01xrp-updown-15m

Polymarket XRP Up/Down 15m historical order book & trade data

4.13M order-book and trade events for XRP 15-minute Up/Down markets since 2025-06-01 — about 8,071 events a day across 96 windows.

Coverage

XRP Up/Down 15m data coverage

What is recorded, how often it updates and how much there is.

History start

2025-06-01

512 days of history

Events recorded

4,132,548

≈ 4.13M as of 2026-10-25

Avg events / day

8,071

book snapshot · book delta · trade · resolution

Update frequency

Book deltas and trades streamed as they occur; 96 new windows every UTC day

Daily activity · last 30 days

XRP Up/Down 15m events/day: 30-day series, average 8,071 events/day, low 5,604, high 22,089.
low 5,604avg 8,071high 22,089

Indicative daily event volume, last 30 days to 2026-10-25. Shape modeled from collector stats; mean matches the average events/day above.

About this market

What is XRP Up/Down 15m?

XRP 15m is where Ripple-related headlines show up first in Polymarket's data, as sudden one-sided order flow in a book with only a few levels of depth. Each 15-minute window opens on a quarter-hour boundary as a new Up/Down market, so there are 96 distinct markets per day, and each one resolves against the spot price at the window's start.

XRP is the most headline-driven of the four. Regulatory and legal news around Ripple, ETF and custody announcements, and bursts of retail buying produce sharp moves in a market that is thin compared with BTC. Over a 15-minute horizon the Up/Down price tends to sit near 0.50 until news arrives, then gaps — which is why the spread series is as informative as the trades for this market.

Fifteen minutes is long enough for a model to act on a signal and short enough that a day gives you ninety-six independent samples. It is the interval most research notebooks start with: enough windows for statistical power in a week of data, and enough time inside each window to study how the Up price drifts when spot trends.

What moves XRP 15m Up/Down

  • ETF and custody news, which produce sharp, thin-book moves
  • RLUSD and payment-corridor announcements that feed the cross-border narrative
  • Window structure: quarter-hour boundaries, where fresh liquidity is posted and the opening Up price re-anchors near 0.50

Schema

XRP Up/Down 15m fields and sample rows

The same columns are returned by the API and in Parquet and CSV files.

FieldTypeDescription
ts_exchangestringExchange timestamp (ISO-8601, ms)
ts_recvstringAymarData receive timestamp
marketstringWindow slug: <family>-<window start unix>
outcomestring"up" or "down" token
event_typestringlast_trade_price | price_change | book
sidestring"buy" | "sell" for trades, "bid" | "ask" for book events
pricenumberProbability price, 0–1
sizenumberShares traded or resting size at the level

Sample rows

ts_exchangets_recvmarketoutcomeevent_typesidepricesize
2026-10-22T14:41:00.400Z2026-10-22T14:41:00.443Zxrp-updown-15m-1792679400uplast_trade_pricebuy0.4715
2026-10-22T14:41:00.731Z2026-10-22T14:41:00.772Zxrp-updown-15m-1792679400downprice_changeask0.542035
2026-10-22T14:41:00.924Z2026-10-22T14:41:00.958Zxrp-updown-15m-1792679400uplast_trade_pricesell0.4643

Illustrative rows for xrp-updown-15m. Market is the window slug (xrp-updown-15m-<start unix>); prices are probabilities between 0 and 1.

Code

Pull XRP Up/Down 15m in Python, cURL or MCP

Market id: xrp-updown-15m. Export AYMARDATA_API_KEY from your dashboard, then run the Python requests example.

import os
import requests

API = "https://api.aymardata.com/v1"
KEY = os.environ["AYMARDATA_API_KEY"]  # export AYMARDATA_API_KEY=ad_live_…
H = {"Authorization": f"Bearer {KEY}", "User-Agent": "aymardata-docs/1.0"}

# XRP Up/Down 15m: every trade in one 15-minute window
trades = requests.get(
    f"{API}/trades",
    headers=H,
    params={
        "source": "polymarket",
        "market": "xrp-updown-15m",
        "outcome": "up",
        "start": "2026-10-22T14:30:00Z",
        "end": "2026-10-22T14:45:00Z",
        "limit": 500,
    },
    timeout=30,
).json()["data"]
print(len(trades), trades[0]["price"], trades[-1]["price"])

book = requests.get(
    f"{API}/book",
    headers=H,
    params={
        "source": "polymarket",
        "market": "xrp-updown-15m",
        "outcome": "up",
        "at": "2026-10-22T14:40:00Z",
        "depth": 10,
    },
    timeout=30,
).json()
print(book.get("spread"), len(trades))

FAQ

XRP Up/Down 15m: common questions

What is the market id for XRP 15m windows?

The family is xrp-updown-15m; each window adds the window-start Unix time, a multiple of 900 seconds, for example xrp-updown-15m-1792681200. Query the family with search_markets or /v1/markets to list windows, then pass a window slug to /v1/book or /v1/trades.

How many XRP 15m windows resolve each day?

96. That gives roughly 49,152 resolved windows since 2025-06-01 — enough to run proper out-of-sample tests on Up/Down pricing models.

What moves the XRP 15m Up/Down price most?

Two things dominate. First, ETF and custody news, which produce sharp, thin-book moves. Second, RLUSD and payment-corridor announcements that feed the cross-border narrative. On top of that sits the structural driver of every 15-minute window: quarter-hour boundaries, where fresh liquidity is posted and the opening Up price re-anchors near 0.50. Liquidity here is the thinnest of the four, with wider spreads and long stretches where one side of the book is sparse.

How does XRP 15m Up/Down compare with the XRPUSDT order book on Binance?

Binance is where price discovery happens; Polymarket prices a probability on top of it. Joining xrp-updown-15m with Binance XRPUSDT spot and perp ticks on timestamp lets you measure how many milliseconds the Up price lags a spot move. See the Binance XRP spot and perp pages for the matching feeds.

How big is the xrp-updown-15m dataset?

About 4.13M events recorded since 2025-06-01, or roughly 8,071 events a day across about 49,152 windows. Every event carries both exchange and receive timestamps.

Backtest XRP Up/Down 15m with real tick data

Get an API key, pull your first window and join it with the other sources in the catalog.