🏢 Provider: Tom Horn Gaming
📅 Released: 23.12.2017
🎯 RTP: 97%
⚡ Volatility: Low
🧩 Paylines: 27

How to Play Wild Bells Slot for Real Money Online

1. RTP (Return to Player): 97%
The RTP of 97% indicates that, on average, players can expect to receive back 97 coins for every 100 coins wagered. This RTP is relatively high, suggesting a favorable return compared to many other slot games, which typically range from 90% to 96%. The remaining 3% represents the casino's edge.
2. Paylines: 27
With 27 paylines, "Wild Bells" offers a reasonably structured approach to potential wins. This fixed payline setup means that while players may not have as many ways to win as games with a "ways to win" mechanic, the straightforward nature can lead to clearer strategies and targeting specific combinations.
3. Max Bet Scenario:
If you place the maximum bet of 10 coins and hit the maximum win of 50,000 coins, your potential return would be:
This means that the maximum win can be capped at 50,000 coins if a player hits a big win scenario, which is quite generous within the context of a lower volatility slot.
4. Minimum Bet: 0.1
At the minimum bet of 0.1 coins, the maximum theoretical return, if achieving the maximum win of 50,000 coins, would be:
This highlights that regardless of the stake, the maximum win remains constant, appealing to both high rollers and cautious players.
Simple Expected Return Calculation:
Assuming a player spins 1,000 times with a 1-coin bet (total wager: 1,000 coins). With an RTP of 97%:
This leads to an expected loss of 30 coins over this spinning session. Nevertheless, actual results may vary, with potential high wins occurring at any point.
Risk Evaluation Based on Volatility and Payline Structure
"Wild Bells" has a low volatility rating, which generally translates to more frequent wins, albeit smaller payouts. This is beneficial for players looking for extended playtime without substantial depletion of their bankroll. The 27 paylines provide a balanced structure, allowing players to feel engaged without being overwhelmed by complexity.