2021 ZiPS Projections: Kansas City Royals
After having typically appeared in the hallowed pages of Baseball Think Factory, Dan Szymborski’s ZiPS projections have now been released at FanGraphs for nine years. The exercise continues this offseason. Below are the projections for the Kansas City Royals.
Batters
The Royals are not a dreadful team. They likely won’t lose 100 games or find themselves setting any horrifying, ineptitude-based records like when the 2019 Orioles allowed 75% of the home runs hit in baseball history. But they’re a phenomenally uninspiring club and like most Royals squads since owner Ewing Kauffman passed away in 1993, one that looks forever stuck in the limbo between not really being close to contending and only half-heartedly rebuilding. The Royals briefly broke the wheel in the mid-2010s when the players acquired in return for Zack Greinke, late 2000s prospects, and a few reclamation projects all peaked simultaneously, but they never had a plan to sustain winning beyond those amazing highlights. Since the strike in 1994, the Royals have a .441 winning percentage, the worst in baseball and the third-worst since Dayton Moore replaced Allard Baird as the general manager.
As such, the Royals have several talented veterans, none of whom are remotely likely to be in Kansas City the next time the team is good. It’s not a great sign for a rebuilding club when the offensive players with the most projected WAR remaining in their careers are largely the oldest ones. Adalberto Mondesi is the exception at age-25, at the top of the team with 19.6 estimated wins remaining, followed by Whit Merrifield, Jorge Soler, Salvador Perez, and Franchy Cordero. If you’re keeping score, that’s a 32-year-old outfielder, a 31-year-old injury-prone catcher, a late-20s designated hitter, and a player who last had 200 plate appearances in a season in 2017. Bobby Witt Jr. is the only position player under 25 with a mean projection of five wins in the majors in his entire career. Only Lucius Fox and MJ Melendez even project above replacement level. Read the rest of this entry »


