Today is finally the day that FIFA 21 released fully and EA Sports has released an SBC for September’s Premier League Player of the Month. After scoring five goals in three games, Everton’s Dominic Calvert-Lewin is the winner. So you can add him to your early team, here’s everything you need to know about how to complete POTM Calvert-Lewin SBC in FIFA 21.
The card is very good, particularly for so early on in the game. He’s quick enough, if not top tier, has great shooting, and will be great in the air.
His technical stats aren’t the best and he’ll be slow to turn, but he’s decent and cheaper than many of the other comparable Premier League options. He’ll come in at about 60k coins and here are the POTM Calvert-Lewin SBC requirements.
Top Form
- Team of the Week Players: Min. 1
- Squad Rating: Min. 83
- Team Chemistry: Min. 75
FIFA 21 Pack Reward: Jumbo Gold Pack
Premier League
- Premier League Players: Min. 1
- Squad Rating: Min. 84
- Team Chemistry: Min. 70
FIFA 21 Pack Reward: Premier Electrum Players Pack
How to Complete POTM Calvert-Lewin SBC in FIFA 21
What you need to do for both squads is to build a team based on one of the major leagues in FIFA 21. The likes of the Serie A and Bundesliga have lots of higher-rated and cheap players.
From the Serie A, the likes of Donnarumma, Luis Alberto, Bonucci, Godin, Ilicic, Sirigu, and Brozovic are all good options and you’ll be able to use some low-rated players alongside them.
Building most of the squad from one league will get you the chemistry you need and allow you to slip the Premier League and TOTW in wherever you want in the POTM Calvert-Lewin SBCs.
For the Premier League player, use a goalkeeper like Dubravka or Rui Patricio, as they’ll be cheaper than other positions. Also, be sure to use a TOTW player from the active FIFA 21 squad as they’ll stay cheaper by being actively packed.
That’s everything you need to know about how to complete POTM Calvert-Lewin SBC in FIFA 21. For more tips and tricks on the game, be sure to check out our wiki guide and search for Twinfinite.
