Wuhan Three Towns vs Cangzhou Mighty Lions Prediction — Model Probabilities
Edge (pp): green = we see more probability than the market · gold = essentially even (±0.5pp) · red = we see less. The Decision above outranks any single row: the engine backs well-supported edges, not merely big ones.
Wuhan Three Towns v Cangzhou Mighty Lions — Team-Based Signals
Wuhan Three Towns vs Cangzhou Mighty Lions Head-to-Head — Last 4 Meetings
2-0
HT 2-0
Cangzhou Mighty Lions
ÇİN
2-1
HT 0-1
Wuhan Three Towns
ÇİN
0-4
HT 0-2
Wuhan Three Towns
ÇİNSL
3-4
HT 1-2
Cangzhou Mighty Lions
ÇİN
Wuhan Three Towns 2-3 Cangzhou Mighty Lions — Actual Match Statistics
Cangzhou Mighty Lions nicked a narrow win over Wuhan Three Towns 3-2 away from home. Half-time: 0-1. 5 goals made it one of the day's more open games.
Our pre-match lean was Wuhan Three Towns at 50%, but a lead that slim is closer to a coin-flip than a call — and it fell the other way.
Over 2.5 goals sat near a coin-flip at 49% and both teams to score was close to even at 49%.
On the day, Wuhan Three Towns had 72% of the ball to Cangzhou Mighty Lions's 28%, shots finished 23-10, expected goals 2.01 to 1.32 — the balance of chances actually favoured Wuhan Three Towns.
For context: across their last 4 meetings in our records, honours were even at 2 apiece. Those games averaged 2.50 goals for Wuhan Three Towns and 1.50 for Cangzhou Mighty Lions.
What was the final score of Wuhan Three Towns vs Cangzhou Mighty Lions?
Wuhan Three Towns 2-3 Cangzhou Mighty Lions in the China Halk Cumhuriyeti - Super League on 04/04/2024. The analysis above shows what our model predicted before kick-off next to what actually happened.
What did the model predict for Wuhan Three Towns vs Cangzhou Mighty Lions?
Before kick-off our model rated a Wuhan Three Towns win the most likely single outcome at about 50%, with the full match-result split Wuhan Three Towns 50%, draw 21%, Cangzhou Mighty Lions 30%. The final score 2-3 went against our main leads this time — single matches are noisy by nature; our accuracy is measured across thousands of predictions, not one result.