Caesars Sportsbook Promo Code: $1,000 No-Sweat Bet for Monday Night Football

Take the sweat out of betting on tonight's game for up to $1,000


The Giants have been hard to watch at times this season, but you can take the sweat out of it this week thanks to Caesars Sportsbook.

You’ll be rewarded with a no-sweat bet worth up to $1,000 when you join Caesars that you can use on ANY wager tonight, from picking the winner to betting on a player to score a touchdown and more.

Here’s how you can give yourself two chances to win betting on tonight’s game:

Caesars Sportsbook Promo Code

If you lose your first bet at Caesars, you’ll be issued a full refund in bonus bets matching what you risked for up to $1,000. 

Here’s how you can claim your no-sweat bet:

  1. Sign up with Caesars Sportsbook
  2. Use the promo code FSNFL1000
  3. Verify your identity and location
  4. Deposit $10 or more

It’s pretty simple. Just make sure you use the promo code and deposit $10 or more. Then, your first bet will be automatically backed by the house!

Of course, you could use this opportunity to bet on ANY game, but why not bet on what you know best?

Now let’s make sure you know about all of the different wagers you could make on tonight’s game.

Giants vs. Packers Odds, Spread and Total

New York is a 6.5-point underdog with +240 moneyline odds at home against Green Bay this week at Caesars Sportsbook.

That means you can bet on your Giants to upset the Packers, cashing in BIG if they win, and getting a second chance if they lose.

But you don’t have to bet on the spread or the moneyline. You could instead bet on over/under 36.5 total points, players like Saquon Barkley to score a touchdown and much more.

Once you’ve logged in, click on ‘NFL’ and then find Packers at Giants. Click on the matchup to see each available betting line.

And remember: your no-sweat bet only applies to your first wager!

This Giants season has been stressful enough already. Sign up with Caesars to take the sweat out of this week’s game!

Game odds refresh periodically and are subject to change.