25% — Club Always Ready vs. CA Lanús
Polymarket 34% · 3 contracts · $264 volume · low confidence
Updated 2026-05-03 19:42:47 UTC

Why this matters:
This probability represents the implied likelihood that Club Always Ready will defeat CA Lanús in an upcoming match. The markets are pricing in a competitive fixture, though disagreement between venues suggests genuine uncertainty about the outcome. Kalshi traders assign Club Always Ready a higher win probability (56%) compared to Polymarket (45%), a 12-point gap that may reflect different trader bases or information availability. Key drivers include each team's recent form, head-to-head history, and home-field advantage considerations. The match outcome will definitively resolve this contract, eliminating all uncertainty once the final whistle sounds.

Key factors:
- Kalshi prices Club Always Ready at 56% while Polymarket prices them at 45%, indicating material disagreement on match likelihood
- Polymarket shows $74 in 24-hour volume on the CA Lanús contract but $0 volume on Club Always Ready, suggesting liquidity is concentrated on one side
- The cross-venue 12-percentage-point gap is substantial enough to represent exploitable pricing differences if one market holds superior information
- No recent trades appear on low-volume contracts (Esports, Crashers), suggesting the dataset may conflate unrelated events or include stale pricing
- Match resolution depends on game outcome occurring and being properly reported to contract specifications

Contracts:
- Club Always Ready vs. CA Lanús: CA Lanús — 22¢ Polymarket $260 (weight 71%)
- Club Always Ready vs. CA Lanús: Draw (Club Always Ready vs. CA Lanús) — 24¢ Polymarket $4 (weight 20%)
- Club Always Ready vs. CA Lanús: Club Always Ready — 55¢ Polymarket $0 (weight 9%)

Cite as: "25% per prediction markets (SimpleFunctions, May 2026)"
Canonical: https://simplefunctions.dev/answer/club-always-ready-vs-ca-lans
Full data: https://simplefunctions.dev/api/public/query?q=Club%20Always%20Ready%20vs.%20CA%20Lan%C3%BAs
Provider: SimpleFunctions — https://simplefunctions.dev