Elimai Semey0-2Kairat Almaty

This Round 24 Kazakhstan Premier League fixture sees Elimai Semey host Kairat Almaty at Stadion Spartak. The model strongly favors the home side, assigning an 86.2% win probability and a projected 2-0 scoreline. Neither team's league table position is available in the data.

Elimai Semey are unbeaten in their last four matches (DWDD), averaging 1.5 goals scored and one conceded. Their two home games in the sample produced one win and one draw, with two goals scored per game.

Kairat Almaty's away record over the last 13 matches is one win, two draws, and ten defeats — a 7.7% win rate — while conceding an average of 1.85 goals per game. Their last five matches are all losses, with just 0.2 goals scored per game.

There are no prior meetings between these two sides on record. The head-to-head sample is too small to draw any conclusions from.

At Stadion Spartak, Elimai Semey have one win and one draw in two home matches, scoring two goals per game. Kairat's away record contrasts sharply: one win in 13 matches, a 7.7% win rate, and an average of 1.85 goals conceded. The data does not include overall records for a broader split comparison.

Kairat are on a short turnaround, having played four days ago, while Elimai Semey have had 15 days of rest. The model flags this as a congested schedule for the visitors. Kairat's recent scoring output is minimal, which further tilts the projection.

With medium confidence, the model projects about 3.46 total goals, including an 85.9% chance of at least two and a 67% chance of three or more. Elimai Semey are expected to win by two or more goals in 68% of simulations, with a one-goal margin in 18.2% and a draw in 9.9%; an away win accounts for just 3.8%. The most likely exact score is 2-0 (13.8%), and the chance of both teams scoring stands at 37.5%.

The data collectively points to a decisive Elimai Semey win, with an 86.2% win probability and a projected 2-0 scoreline. That projection would be wrong if Kairat's goal-scoring output improves markedly or if Elimai's scoring efficiency falls, but the model sees limited evidence for either.