2025 Top Infield Prospects! Matt Shaw, Kristian Campbell & More! (12/10 Fantasy Baseball Podcast)

Before we get into the names, what is the state of prospects in baseball (2:30)? ... Matt Shaw and Coby Mayo seem ready but might be blocked (4:22). ... Jace Jung could have a role with the Tigers (11:50). ... Watch out for Brady House and Shay Whitcomb (14:56). ... Kristian Campbell was probably the biggest breakout prospect this year (18:00). ... Travis Bazzana and Adael Amador are second basemen with big upside (24:32). ... Are there any other impact second base prospects for next season (27:10)? ... News (33:40): Shohei Ohtani will not be ready to pitch for their opening series. ... Nick Kurtz, Jac Caglianone and Bryce Eldridge all possess big power upside (42:30). ... Deyvison De Los Santos should get a chance with the Marlins (46:30). ... Zach Dezenzo could have a role with the Astros (49:11). ... Samuel Basallo is maybe the best hitting catcher prospect in the game (50:09). ... Dalton Rushing looks ready but where will he play with the Dodgers (53:50). ... Kyle Teel offers a little bit of everything (57:30). ... We wrap up with the rest of the catcher prospects (1:00:14).To display your continued support of the show, please vote Fantasy Baseball Today in the Sports Podcast Awards in the "Best Baseball Podcast" Category https://www.sportspodcastgroup.com/sports_category/best-baseball-podcast/Fantasy Baseball Today is available for free on the Audacy app as well as Apple Podcasts, Spotify and wherever else you listen to podcasts. Subscribe to our YouTube channel: youtube.com/FantasyBaseballTodayDownload and Follow Fantasy Baseball Today on Spotify: https://sptfy.com/QiKvGet awesome Fantasy Baseball Today merch here: http://bit.ly/3y8dUqiFollow FBT on TikTok: https://www.tiktok.com/@fbtpod?_t=8WyMkPdKOJ1&amp;_r=1Follow our FBT team on Twitter: @FBTPod, @CTowersCBS, @CBSScottWhite, <a href="https://urldefense.proofpoint.com/v2/url?u=https-3A__twitter.com_Roto-5FFrank&amp;d=DwMFaQ&amp;c=jGUuvAdBXp_VqQ6t0yah2g&amp;r=vkT ...