Jake Paul vs Julio Cesar Chavez Jr. simulation predicts upset win for unfancied underdog

Jake Paul’s latest fight has been predicted by a video game simulation.

The YouTuber-turned-boxer will face Julio Cesar Chavez Jr. in Anaheim, California, on Saturday night.

A fight with the ex-WBC middleweight champion has been billed as Jake Paul‘s toughest to date.

However, Julio Cesar Chavez Jr. is still a considerable underdog because he is much smaller than his opponent and hasn’t recorded a meaningful win in years.

READ MORE: Conor McGregor vs Jake Paul UFC 5 simulation predicts shock KO in 2025 crossover fight

Photo by Cris Esqueda/Golden Boy/Getty ImagesJake Paul vs Julio Chavez Jr. predicted by simulation Fans have spent the past few months trying to predict how Paul vs Chavez Jr. will play out.

One person has used the video game ‘Fight Night Champion’ to simulate the highly anticipated fight.

If it’s correct, Paul’s clash with Chavez Jr. will go the distance and produce a clear winner at the end.

All three judges scored the fight 97-93 in favor of the underdog after 10 rounds of action.

Chavez Jr. overcame his size disadvantage to dominate against the odds.

Only time will tell if the simulation has correctly predicted a shocking upset loss for Paul.

Jake Paul’s six-man hit list All the Bloody Elbow staff believe Paul will avoid defeat against Chavez Jr. this weekend.

It’s clear the man himself also thinks he’ll do enough to get by the Mexican fighter.

Paul has already named the six-man list of potential opponents he hopes to face later this year.

“After Chavez, I think Gervonta Davis, Anthony Joshua, KSI, Tommy Fury, Ryan Garcia, Badou Jack,” he said during a pre-fight interview.

Any of these opponents would be massive for Paul as they promise big money and lots of eyeballs.

It’s now just a matter of avoiding the Chavez Jr. upset predicted by a video game simulation.

Reviews

0 %

User Score

0 ratings
Rate This

Leave your comment

Your email address will not be published. Required fields are marked *