Ligue 1
Ligue 1 predictions: AI analysis for upcoming fixtures
Find all our AI predictions and analysis for the Ligue 1 here, updated daily. Every upcoming match is analyzed with our Poisson, ELO, and Dixon-Coles algorithms: 1X2 probabilities, likely scoreline, Over 2.5 goals, and BTTS. Pages cover both upcoming fixtures (14-day window) and recent fixtures with their post-match analysis.
📅 Upcoming matches (18)
✅ Recent matches (18)
Our prediction methodology
Our Ligue 1 predictions rely on three complementary algorithms. Poisson models goal frequency per team from offensive and defensive averages. ELO adjusts each team's level match by match based on results. Dixon-Coles corrects Poisson biases on close scores (0-0, 1-1, 1-0). Combined, they output a 1X2 probability calibrated on 5 seasons of Ligue 1 history.
About the competition
The Ligue 1 brings together the elite of national football, with attack-minded teams and a dense calendar (up to 3 matches per week during peak periods). This regularity lets our statistical models produce reliable predictions: recent form, injuries, suspensions, and head-to-head meetings are integrated on each daily refresh. All Ligue 1 analyses stay free and require no signup.
Frequently asked questions
How are Ligue 1 predictions computed?
Three algorithms (Poisson, ELO, Dixon-Coles) process data from the last 5 seasons: offensive and defensive averages, standings, recent form, head-to-head. The output is a 1X2 probability, a likely scoreline, Over 2.5 goals, and BTTS.
Are Ligue 1 predictions free?
Yes. All Ligue 1 analyses (probabilities, likely scoreline, Over/BTTS) are free. No account, no paywall, no usage quota.
How often are pages refreshed?
Daily. The cron updates standings, recent form, injuries, and head-to-head overnight. Predictions are then recomputed for matches in the next 14 days.
Can I trust AI predictions?
Our models are calibrated on 5 real seasons of history, with public precision tracking. But no model is infallible: use our predictions as one signal among many, not as an oracle.