FIFA World Cup 2026 Predictions — AI-Powered Match Analysis

OddsFlow provides AI-powered predictions for every FIFA World Cup 2026 match. The tournament takes place across the United States, Mexico, and Canada — the first World Cup with 48 teams and 104 matches. Our machine learning models analyze historical squad performance, qualifying form, head-to-head records, and real-time odds from 10+ sources updated every 10-20 seconds to generate win/draw/loss probabilities, Asian Handicap recommendations, and Over/Under total goals forecasts.

World Cup 2026 Coverage

How to Use World Cup Predictions

  1. Browse upcoming World Cup matches by date or group
  2. Click any match to view detailed AI analysis including 1X2 probabilities and market recommendations
  3. Compare our AI fair odds against market prices to identify potential value opportunities
  4. Track prediction accuracy with our transparent, timestamped verification system

Key Prediction Terms

1X2 (Match Result)
1 = Home Win, X = Draw, 2 = Away Win. The most common football prediction market worldwide.
Asian Handicap
Goal-based handicap eliminating the draw. Example: -1.5 means the team must win by 2 or more goals.
Over/Under
Bet on total goals above or below a line. Over 2.5 means 3 or more goals in the match.

OddsFlow is an analytics platform providing probability analysis and market data for informational and entertainment purposes only. Use responsibly.

Estadio Azteca
🇲🇽MexicoLow Heat Risk

Estadio Azteca

Mexico City, Mexico

👥
87,500
Capacity
🏟️
Open-air
Type
⛰️
2200m
Altitude
☀️
23.5°/12.4°
June
🔥
23°/12°
July
💧
71%
Humidity
🌡️
20–22°
WBGT
Low
Heat
No
AC
No
Roof

🌤️ Data Iklim

June High23.5°C
June Low12.4°C
July High23°C
July Low12°C
Humidity71%
WBGT Range20–22°C
TimezoneCDT (UTC-6)

📍 Lokasi

CityMexico City
Country🇲🇽 Mexico
Latitude19.3029°N
Longitude99.1505°W
Altitude2200m

Cool due to extreme altitude but intense UV. Rainy season brings daily afternoon thunderstorms.

⚠️ Perhatian Utama

EXTREME ALTITUDE (2200m): VO₂max reduced ~17% for unacclimatized teams. Ball travels faster in thinner air. ~1.1 goal equivalent advantage for adapted teams.

AI

Laporan AI Stadion

Model Analisis Lingkungan

Estadio Azteca

Mexico City, Meksiko | Kapasitas: 87,500 | Terbuka

Lokasi & Iklim

  • Koordinat: 19.3029°N, 99.1505°W
  • Ketinggian: 2200m di atas permukaan laut
  • Zona Waktu: CDT (UTC-6)
  • Suhu Juni: 23.5°C tinggi / 12.4°C rendah
  • Suhu Juli: 23°C tinggi / 12°C rendah
  • Kelembaban: ~71%
  • Rentang WBGT: 20-22°C
  • Iklim: Sejuk karena ketinggian ekstrem tetapi UV intens. Musim hujan membawa badai petir harian di sore hari.

Dampak Kinerja

KETINGGIAN (EKSTREM): Pada 2200m, kepadatan oksigen berkurang sekitar 20%. Penelitian menunjukkan VO₂max berkurang ~7-8% per 1.000m ketinggian (Esh et al. 2026, Sports Medicine). Ini berarti pemain yang tidak teraklimatisasi akan mengalami:

  • Pengurangan kapasitas aerobik sekitar 17%
  • Kelelahan lebih cepat, terutama di babak kedua
  • Pemulihan sprint yang berkurang antara upaya intensitas tinggi
  • Lintasan bola berubah: tendangan melaju lebih cepat dan melengkung berbeda di udara yang lebih tipis
  • Setara dengan sekitar 1.1 gol keuntungan untuk tim yang beradaptasi dengan ketinggian

Tim yang beradaptasi: Mexico (home), Ecuador (berlatih di 2,850m di Quito), Colombia (Bogotá di 2,640m), Iran (Tehran di 1,200m) Tim paling rentan: Semua negara Eropa di permukaan laut, Jepang, Korea Selatan, Australia, sebagian besar tim Afrika

Karakteristik Stadion

  • Tipe: Terbuka
  • Pendingin Udara: Tidak
  • Atap: Tidak
  • Perhatian utama: KETINGGIAN EKSTREM (2200m): VO₂max berkurang ~17% untuk tim yang tidak teraklimatisasi. Bola bergerak lebih cepat di udara yang lebih tipis. Keuntungan setara ~1.1 gol untuk tim yang beradaptasi.

Pertandingan di Venue Ini

  • Mexico vs South Africa (2026-06-11)
  • Uzbekistan vs Colombia (2026-06-18)
  • Czech Republic vs Mexico (2026-06-25)

Sumber: Esh et al. 2026, "Evidence-Based Guidelines to Protect Player Health and Performance from Environmental Challenges", Sports Medicine (DOI: 10.1007/s40279-026-02398-4)