Caen vs Concarneau: match statistics

Caen is the favorite in this match due to a clear home-stat advantage: on average 57% possession, 12.67 shots per game and only 0.67 goals conceded at home, having scored 37 goals this season with 60% of home matches keeping a clean sheet. Concarneau away record shows just 43% possession, 7.87 shots per game, an average of 1.27 goals conceded and 33% clean sheets; the visitors failed to score in 40% of away fixtures, which limits their attacking threat. In the last 5 matches Caen scored 10 goals and averaged 2.2 points per match (3 wins, 2 draws), while Concarneau have 3 goals and 1.2 points in that period (1 win, 3 draws, 1 loss). xG differentials confirm this edge: Caen average xG 1.51 versus 1.11 for the visitors, and xG against is 1.07 for Caen and 1.44 for Concarneau, suggesting the hosts create better chances and restrict opponents more effectively. Although Concarneau show higher shot conversion (13% vs 8%), the lack of chances (fewer shots) and poorer away form favor a home victory.

The analysis favors the 'no' scenario (65% vs 35%), primarily due to the visitors' poor attacking efficiency and Caen's strong defensive form. In the last 5 matches Caen has averaged 2.0 goals scored (10 in 5) and conceded 0.4 goals (2 conceded), while Concarneau has averaged 0.6 goals scored (3 in 5) and 1.0 goals conceded (5 conceded). xG and shot data confirm the home advantage: Caen's attacking xG is 1.48, averaging 13.6 shots and 4.93 shots on target per match, whereas Concarneau posts an attacking xG of 1.11 with 7.87 shots and 3.93 shots on target. Defensively Caen concedes an opponent xG of 0.81 and keeps a clean sheet in 40% of matches, while Concarneau allows an xG of 1.44 and has 33% clean sheets, increasing the likelihood that the visitors will not score. Seasonal BTTS rates are 33% for Caen vs 47% for Concarneau, with the league at 52%, however the recent goal distribution in the last 5 (10-3 in favor of Caen) and the lower away goals average (0.6) argue for the 'no' (No Goal / clean sheet expected) option.

The xG-based model projects about 1.46 expected goals for Caen (1.48 xG scored by the home side vs 1.44 xG conceded by Concarneau) and about 0.96 for Concarneau (1.11 xG scored by the away side vs 0.81 xG conceded by Caen), totaling ~2.42 goals. Caen averages 13.6 shots and 4.93 on target per match versus Concarneau’s 7.87 and 3.93; in the last 5 matches Caen scored 10 goals (2.0 per game) compared to the opponent’s 3 goals (0.6), reinforcing the home side’s offensive edge. Seasonally, matches over 1.5 goals occur in 53% of Caen’s games and 80% of Concarneau’s, while over 2.5 is 40% and 47%, and over 3.5 only 20% for both—so the signal for Over 1.5 is clearer than for Over 2.5 or 3.5. Additionally, the league average is 2.38 goals per match and our expectation of 2.42 is slightly above that, so at least 2 goals is more likely than a very high-scoring game. Therefore I recommend backing Over 1.5 (72% probability according to the model), while Over 2.5 has a moderate chance (~45%) and Over 3.5 a low chance (~20%).

I favor the 1/1 scenario (Caen leading at half-time and winning the match). Caen has an average xG of 1.48 versus Concarneau’s 1.11 and averages 13.6 shots per game compared to the opponent’s 7.87, including 4.93 on target versus 3.93, which indicates a clear edge in chance creation. In the last 5 matches Caen led at the break in 4 of 5 games (80%), scoring on average 1.0 goal by half-time and conceding none (last 5: 1.0 scored, 0.0 conceded), while Concarneau led at the break in 20% and had 0.4 goals by half-time. After the break Caen continue to press — in the last 5 games they average 1.0 goal in the second half and have a second-half goal difference of +3, whereas Concarneau have only 0.2 goals after the break and a second-half goal difference of 0.0, which increases the likelihood of the home side maintaining the lead. Therefore the most likely outcome is 1/1 (I assign it 38%), the second-strongest signal is a draw at half-time and a Caen turnaround to win after the break (X/1) at 20%.