Generate random Mega Millions numbers in the current format — 5 from 1–70 plus a Mega Ball from 1–24.
Mega Millions changed its format in April 2025: tickets now cost $5, every play includes a built-in multiplier, and the Mega Ball pool shrank from 25 to 24 — which slightly improved the jackpot odds to 1 in 290,472,336. This generator uses the current format only: 5 main numbers from 1–70 plus a Mega Ball from 1–24, drawn with cryptographic randomness in your browser.
A generated line is a true Quick Pick — the same thing the terminal produces, with no pattern or favouritism. Because jackpots now start at $50 million and grow faster, draw nights (Tuesdays and Fridays) regularly send players hunting for lucky numbers; generate up to ten lines here, copy the ones you like, and play them through your state lottery. Remember that no set of numbers is luckier than another: all 290 million-plus combinations are equally likely.
For entertainment only. Every combination has exactly the same chance of winning — no generator or system can improve your odds. Play responsibly; lottery tickets are not an investment. 18+.
What changed in Mega Millions in April 2025?
The ticket price rose from $2 to $5, the Mega Ball pool went from 1–25 to 1–24, jackpots now start at $50 million, and every ticket includes a random multiplier (2x–10x) that applies to non-jackpot prizes at no extra cost. The old optional Megaplier add-on disappeared because the multiplier is now built in.
What are the odds of winning the Mega Millions jackpot?
1 in 290,472,336 under the current format — a small improvement on the old 1 in 302,575,350. The overall chance of winning any prize is about 1 in 23.
When are Mega Millions drawings?
Every Tuesday and Friday evening at about 11 p.m. Eastern Time, drawn in Atlanta, Georgia. Sales close about an hour before the draw in most states.
Are computer-generated numbers really random here?
Yes. The generator uses crypto.getRandomValues — the same cryptographic randomness source your browser uses for secure connections — with rejection sampling so every number in range is equally likely, with no patterns or repeats within a pool.