About the Patrick's Collection 30 Lines game
Patrick's Collection 30 Lines is a St. Patrick's Day video slot by Spinomenal with 6 reels, 4 rows, and 30 fixed paylines. It combines Stacked Symbols, a substituting Wild, and a paying Scatter. Leprechauns, clovers, horseshoes, rainbows, pots of gold, and card ranks fill its green-and-gold setting. Its official volatility rating is medium-low.
Paylines, Stacked Symbols, Wild and Scatter Payouts
Wins form from left to right, beginning on the leftmost reel. Only the highest win on each winning payline is awarded and multiplied by the bet per line. All 30 fixed paylines remain active, with the total bet divided equally among them.
Stacked Symbols may occupy several vertical positions on a reel, allowing one stack to support multiple winning paylines in the same spin.
The leprechaun couple is the Wild symbol. It substitutes for regular paying symbols, but not for the Scatter symbol. Three, four, five, or six Wilds award 100x, 300x, 1,000x, or 3,000x the bet per line, respectively. Direct combinations of three to five Wilds pay only when followed by a Scatter.
The child is the Scatter symbol and pays from any reel positions, independently of the paylines. Scatter wins are added to line wins from the same round. Six Scatters award 500x the total bet. Patrick's Collection 30 Lines therefore focuses on Stacked Symbols and direct Wild and Scatter payouts.
RTP, Medium-Low Volatility, Maximum Win and Mobile Play
The published RTP options are 88.15%, 92.09%, 94.02%, and 96.16%. The active RTP may vary by casino, operator, market, or jurisdiction and should be checked in the game information. RTP is a theoretical long-term return calculated across many rounds, not a prediction for one session.
The official maximum win is 3,000x the total bet, while no official hit rate is listed. HTML5 technology enables mobile and desktop play.
Patrick's Collection 30 Lines suits players seeking an Irish theme, fixed-line gameplay, straightforward symbol mechanics, and a medium-low-volatility mathematical model.
