Richmond Kickers vs Alta: match statistics

Alta is the favorite as they have scored 26 goals this season versus just 13 for Richmond, and their away shooting efficiency is 10% compared to 6% for the hosts. In the last 5 matches Alta have scored 6 goals and average 1.6 points per match, while Richmond have only 2 goals and 0.8 points per match, indicating greater momentum from the visitors. The visitors register 57% possession versus 41% for Richmond and record a similar number of shots on target (approximately 4.13 vs 4.14); average xG is 1.41 for Alta away and 1.43 for Richmond at home, but Alta’s superior conversion yields more goals. The hosts often fail to score — in 57% of home matches they did not score and in the last 5 fixtures they conceded 9 goals, while Alta conceded 5; Richmond concedes on average 1.14 goals per home match versus 1.38 conceded by Alta away. Considering the advantage in goals scored, conversion and possession plus better form over the last five (Alta: 2 wins, 2 draws, 1 loss; Richmond: 1 win, 1 draw, 3 losses), I tip the visitors to win.

Richmond averages 1.55 goals scored and concedes 0.91 at home, while Alta averages 1.13 scored and 1.38 conceded away; seasonal BTTS rates are 55% for Richmond and 63% for Alta against a league baseline of 55%. In the last 5 matches Richmond has scored only 2 goals (0.4 per match) and conceded 9 (1.8 per match) with a BTTS rate of 20%, whereas Alta scored 6 goals (1.2) and conceded 5 (1.0) with BTTS at 60% in the same period. However, Richmond keeps a clean sheet in 45% of home games, which offsets and can reduce BTTS probability in their home fixtures. xG and shot stats show Richmond generates season xG 1.74 and 4.91 shots on target, while Alta concedes xG 1.86 and posts xG 1.41 with 4.13 shots on target, indicating both sides have realistic scoring chances. Considering the higher seasonal BTTS profiles (55% and 63%), Alta’s superior scoring form (26 goals this season and 6 in the last 5) and Richmond’s poor finishing recently (2 goals), I tip BTTS - Yes at 62% (BTTS - No 38%).

I estimate the total goals at about 3.20 (Richmond 1.80, Alta 1.40), calculated as the average of team attacking xG and opponent defensive xG: 1.74 xG for Richmond’s attack vs 1.86 xG against Alta, and 1.41 xG for Alta’s attack vs 1.38 xG against Richmond. Seasonal indicators confirm a tendency to at least two goals — Richmond has Over1.5 in 73% of matches, Alta in 63% (average 68%) and both teams have BTTS rates of 55% and 63% respectively, therefore I rate Over1.5 at 84%. For the 2.5 line, seasonally Richmond has Over2.5 in 45% of games, Alta 63% (average 54%) and with the predicted 3.20 goals I assign Over2.5 a 66% probability; the signal is strong but less decisive than for 1.5. For the 3.5 line both teams have Over3.5 at 45% and 38% respectively (average 41.5%), but the expected 3.20 goals is below 3.5, so Under3.5 appears more likely (62%). The best and strongest play is Over 1.5, because combined xG metrics (3.20), seasonal Over1.5 rates (73%/63%) and the high BTTS percentages (55%/63%) provide the strongest value signal.

The strongest signal is a half-time draw with a later home win (X/1): a draw at the break is the most common outcome — homes are level at half-time in 45% of matches, visitors in 50%, so I estimate the probability of a half-time draw at about 48%. Richmond has a clear offensive edge: they average 1.55 goals per match with xG 1.74 and 4.91 on-target shots, compared to Alta’s 1.13 goals, xG 1.41 and 4.13 on-target shots, which increases their likelihood of scoring after the break. Additionally, the home side often scores late — 5 goals in minutes 76–90 versus 2 for the opponents — and Alta concedes on average 0.88 goals in the second half vs. 0.27 conceded by Richmond, which favors a turnaround in the hosts’ favor. In my distribution I assumed that a half-time draw (~48%) converts to a home win in about 40% of cases (hence X/1 ≈ 19%), whereas when the home team leads at half-time (27%) they usually retain the lead (hence 1/1 ≈ 18%). For this reason X/1 is the strongest numerically supported signal and the one I trust most.