2026 NCAA Final Four Predictions: Michigan Leads the Men's Field, Women's Side is a Dead Heat

Men's & Women's Championship Probabilities via 10,000 Monte Carlo Simulations — One Clear Favorite, One Wide-Open Race

Published March 31, 2026  |  Updated ahead of Final Four weekend

Men's Final Four

Lucas Oil Stadium — Indianapolis, IN  |  TBS

Semifinal 1

(2) UConn vs (3) Illinois

Sat, April 4 • 6:09 PM ET

Semifinal 2

(1) Arizona vs (1) Michigan

Sat, April 4 • 8:49 PM ET

National Championship

TBD vs TBD

Mon, April 6 • 8:50 PM ET

Versus Simulator Semifinal Predictions

Semifinal 1 — Sat, April 4, 6:09 PM ET
2 seed
#4 Connecticut
Big East (33-5)
70.33
Predicted Score
vs
3 seed • FAVORED
#8 Illinois
Big Ten (28-8)
74.08
Predicted Score

ILL -3.75  |  O/U 144.41
Win Probability: UConn 38%  |  Illinois 62%
Semifinal 2 — Sat, April 4, 8:49 PM ET
1 seed
#1 Arizona
Big 12 (36-2)
79.10
Predicted Score
vs
1 seed • FAVORED
#2 Michigan
Big Ten (35-3)
81.13
Predicted Score

MICH -2.03  |  O/U 160.23
Win Probability: Arizona 44%  |  Michigan 56%

Championship Probabilities — 10,000 Simulations

We simulated the remaining three games of the 2026 NCAA Men's Basketball Tournament 10,000 times using Versus Sports Simulator's Monte Carlo engine. Each simulation uses our proprietary offensive and defensive ratings, strength of schedule, and randomized game-level variance to model realistic outcomes. Here are the results:

Team Seed Region Record Rank Power Off Def Championship Game % Win Title %
#2 Michigan 1 Midwest 35-3 2 1 3 15
53.9%
32.5%
#1 Arizona 1 West 36-2 1 2 5 11
46.1%
27.2%
#8 Illinois 3 South 28-8 8 4 9 19
55.7%
23.6%
#4 Connecticut 2 East 33-5 4 12 60 3
44.3%
16.9%
Key Takeaways — Men's Final Four
  • Michigan (32.5%) is the clear favorite to cut down the nets. Despite sharing a 1-seed with Arizona, the Wolverines' top-ranked Power Rating gives them an edge in every simulated matchup.
  • Arizona (27.2%) is a dangerous second choice. The Wildcats are ranked #1 overall in the Versus performance rankings with a 36-2 record, but their semifinal draw against Michigan is the tougher of the two matchups.
  • Illinois (23.6%) is the Cinderella with teeth. As a 3-seed with 8 losses, the Fighting Illini look outmatched on paper — but they're ranked 4th in Power Rating and are actually favored in their semifinal against UConn (62% win probability). Our simulator gave them the highest championship game appearance rate at 55.7%.
  • Connecticut (16.9%) faces an uphill battle. The Huskies are ranked 3rd in the nation in defensive rating, but their 60th-ranked offense limits their ceiling. They're underdogs in their semifinal and would likely be underdogs against Michigan or Arizona in the title game.
  • The bracket matters: Illinois has the easiest semifinal path (vs. UConn), which is why they reach the championship game more often (55.7%) than any other team — even Michigan (53.9%). But the Illini's lower overall rating means they win the title less often once they get there.

How the Probabilities Converged

One of the fascinating aspects of Monte Carlo simulation is watching the probabilities stabilize as more simulations are run. After just 100 simulations, Illinois appeared to be the favorite at 35%. But by simulation 400, Michigan had overtaken Illinois and never looked back. By 2,000 simulations, all four probabilities had essentially converged to their final values.

Reading the Convergence Chart

The x-axis shows the cumulative number of simulations run. The y-axis shows each team's championship win probability at that point. Notice how:

  • Early volatility (0–500 sims): The lines swing wildly. Illinois led for the first 350 simulations before Michigan overtook them — the only lead change in the entire 10,000-simulation run.
  • Convergence zone (500–2,000 sims): The probabilities settle into a narrow band. By 1,000 simulations, the final ranking order was established.
  • Stability (2,000+ sims): Each team's probability fluctuates by less than 1 percentage point from this point forward, confirming the statistical reliability of the results.

Women's Final Four

Mortgage Matchup Center — Phoenix, AZ  |  ESPN (Semis) / ABC (Championship)

Semifinal 1

(1) UConn vs (1) South Carolina

Fri, April 3 • 7:00 PM ET

Semifinal 2

(1) UCLA vs (1) Texas

Fri, April 3 • 9:30 PM ET

National Championship

TBD vs TBD

Sun, April 5 • 3:30 PM ET • ABC

A Historic — and Historically Close — Final Four

For only the fifth time in NCAA history, all four No. 1 seeds have reached the Women's Final Four. Even more remarkable: these are the same four teams that made the Final Four in 2025, marking just the second time in history that the same quartet has repeated in back-to-back years. Their combined record entering the Final Four is a staggering 143-7.

But the real headline? There is no clear favorite. Our simulator sees this as the most wide-open Final Four in recent memory — all four teams sit within a 2.2-percentage-point window. Any one of them can win it all.

Versus Simulator Semifinal Predictions

Semifinal 1 — Fri, April 3, 7:00 PM ET
1 seed • FAVORED
#3 Connecticut
Big East (38-0)
71.33
Predicted Score
vs
1 seed
#4 South Carolina
SEC (35-3)
70.84
Predicted Score

CONN -0.49  |  O/U 142.17
Win Probability: UConn 51%  |  South Carolina 49%
Semifinal 2 — Fri, April 3, 9:30 PM ET
1 seed
#2 Texas
SEC (35-3)
70.13
Predicted Score
vs
1 seed • FAVORED
#1 UCLA
Big Ten (35-1)
70.70
Predicted Score

UCLA -0.57  |  O/U 140.83
Win Probability: Texas 48%  |  UCLA 52%

Championship Probabilities — 10,000 Simulations

We ran the same 10,000-simulation Monte Carlo process for the Women's Final Four. The result? The closest four-team race our simulator has ever produced. Just 2.2 percentage points separate the most likely champion from the least likely. For context, the men's Final Four has a 15.6-point gap between first and last.

Team Seed Region Record Rank Power Off Def Championship Game % Win Title %
#3 Connecticut 1 Fort Worth 38-0 3 1 5 1
50.9%
25.8%
#1 UCLA 1 Sacramento 35-1 1 2 3 3
51.3%
25.8%
#4 South Carolina 1 Sacramento 35-3 4 3 2 4
49.1%
24.8%
#2 Texas 1 Fort Worth 35-3 2 4 4 2
48.7%
23.6%
Key Takeaways — Women's Final Four
  • This is essentially a coin flip — four ways. The gap between UConn/UCLA at 25.8% and Texas at 23.6% is just 2.2 points. In 10,000 simulations, no team separated itself from the pack. Every team wins the title roughly 1 in 4 times.
  • UConn (25.8%) holds the slimmest of edges, powered by the nation's #1 Power Rating, #1 defensive rating, and a perfect 38-0 record. They're the defending champions riding a 54-game win streak — but even with all of that, the simulator gives them barely a quarter chance of repeating.
  • UCLA (25.8%) is statistically tied with UConn at the top. Ranked #1 overall in the Versus performance rankings with just one loss all season (to Texas), the Bruins are still seeking their first-ever national championship. The simulator says this is their best chance yet.
  • South Carolina (24.8%) is in the mix despite being the "lowest-ranked" team here at #4. Dawn Staley's squad boasts the #2 offensive rating in the country and is making their sixth straight Final Four. Championship pedigree matters, and the Gamecocks have three national titles to prove it.
  • Texas (23.6%) rounds out the group, but "last place" in this field means losing to first by 2.2 points. The Longhorns own the #2 defensive rating and already have a win over UCLA this season. Don't count them out.
  • Both semifinals are virtual toss-ups. UConn vs. South Carolina is 51-49. UCLA vs. Texas is 52-48. The predicted point spreads are less than 0.6 points in both games. There is no clear path to the title — every route runs through an elite opponent.

How the Probabilities Converged

Unlike the men's bracket, where Michigan separated from the pack early, the women's convergence chart tells a radically different story. The four lines never meaningfully separate. The lead changed hands repeatedly throughout the 10,000-simulation run, and even at the end, all four teams remain within a narrow band between 23% and 26%. We had to scale the Y-axis to a 20-30% range just to see any differentiation at all.

Reading the Convergence Chart

Compare this to the men's chart above, where Michigan clearly separated from the field by simulation 500. Here, the story is the absence of separation:

  • Early chaos (0–500 sims): All four teams trade the lead multiple times. South Carolina, Texas, and Connecticut each held the top spot at various points in the first 500 simulations.
  • No convergence point: Unlike the men's side, there is no moment where the lines settle into a clear hierarchy. The four lines remain intertwined throughout the entire run.
  • The narrow band: After 2,000 simulations, all four teams are locked between 23.5% and 26%. The chart had to be zoomed in (Y-axis: 20-30%) to show any visual difference at all. In the men's bracket, the same chart spans 15% to 35%.
  • What this means: When even 10,000 simulations can't separate the field, you're looking at a genuinely wide-open tournament. Enjoy it — Final Fours this competitive are rare.
Men's vs. Women's: A Tale of Two Tournaments
Metric Men's Final Four Women's Final Four
Favorite's win probability 32.5% (Michigan) 25.8% (UConn/UCLA tied)
Gap between 1st and 4th 15.6 points 2.2 points
Closest semifinal spread 2.03 pts (AZ-MICH) 0.49 pts (CONN-SC)
Lead changes in convergence 1 (ILL→MICH at sim 400) Multiple (no team held lead for long)
All teams within 5% of each other? No Yes

Methodology

What is a Monte Carlo Simulation?

A Monte Carlo simulation is a mathematical technique that uses repeated random sampling to estimate the probability of different outcomes. Instead of predicting a single result, we simulate the event thousands of times, each with randomized variance, and then measure how often each outcome occurs.

In our case, we simulated the remaining Final Four games 10,000 times to generate championship probabilities for each team.

How Our Simulator Works

Each simulated game uses the Versus Sports Simulator rating system, which evaluates every Division I team across multiple dimensions:

  • Offensive Rating — Points-per-possession efficiency
  • Defensive Rating — Opponent points-per-possession efficiency
  • Power Rating — Composite overall strength
  • Strength of Schedule — Quality of opponents faced
Game Simulation Details

For each simulated game, we calculate a base score for each team using the matchup of one team's offensive rating against the other's defensive rating. We then apply scaled random noise — tighter for lopsided matchups, wider for competitive ones — to model real-world variance. An additional upset factor, calibrated by seed differential and tournament round, introduces the possibility of unexpected outcomes.

Why 10,000 Simulations?

As the convergence chart above demonstrates, probabilities stabilize after roughly 2,000 simulations. We run 10,000 to ensure statistical robustness and to reduce variance in the final percentages to less than 1 percentage point. Running additional simulations beyond this threshold produces negligible changes, confirming that our sample size is more than sufficient.


2026 Final Four FAQ

According to our 10,000 Monte Carlo simulations, Michigan (32.5%) is the most likely team to win the 2026 Men's National Championship, followed by Arizona (27.2%), Illinois (23.6%), and Connecticut (16.9%).

The 2026 Men's Final Four is at Lucas Oil Stadium in Indianapolis, Indiana. Semifinals are Saturday, April 4 (6:09 PM and 8:49 PM ET on TBS). The National Championship is Monday, April 6 at 8:50 PM ET on TBS.

The 2026 Women's Final Four is at the Mortgage Matchup Center in Phoenix, Arizona. Semifinals are Friday, April 3 (7:00 PM and 9:30 PM ET on ESPN). The National Championship is Sunday, April 5 at 3:30 PM ET on ABC.

Semifinal 1: #2 seed UConn vs #3 seed Illinois
Semifinal 2: #1 seed Arizona vs #1 seed Michigan
The winners meet in the National Championship on Monday, April 6.

Semifinal 1: #1 seed UConn vs #1 seed South Carolina
Semifinal 2: #1 seed UCLA vs #1 seed Texas
All four teams are No. 1 seeds — only the fifth time in NCAA Women's Tournament history this has happened. The winners meet in the National Championship on Sunday, April 5.

Men's: All games on TBS (also available on March Madness Live app).
Women's: Semifinals on ESPN; National Championship on ABC (also streaming via ESPN app).

A Monte Carlo simulation uses repeated random sampling to model the probability of different outcomes. For basketball, each simulated game uses real team ratings (offense, defense, power, strength of schedule) and introduces controlled randomness to reflect the inherent unpredictability of sports. Running thousands of simulations reveals how often each team wins, producing robust probability estimates. Our simulations converged after approximately 2,000 runs, with subsequent simulations changing probabilities by less than 1 percentage point.

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Steve Pugh, Founder and CEO, Compughter Technologies, LLC

Steve Pugh, Founder and CEO, Compughter Technologies, LLC

Steve Pugh, the founder of Versus Sports Simulator, is passionate about the world of sports analytics and statistical modeling. With a deep-rooted love for math and sports, and a commitment to innovation, he's dedicated to equipping sports enthusiasts with useful tools and insights to help them make informed betting decisions.