2016 ZiPS Projections – Miami Marlins
After having typically appeared in the very hallowed pages of Baseball Think Factory, Dan Szymborski’s ZiPS projections have been released at FanGraphs the past couple years. The exercise continues this offseason. Below are the projections for the Miami Marlins. Szymborski can be found at ESPN and on Twitter at @DSzymborski.
Other Projections: Arizona / Atlanta / Baltimore / Boston / Chicago AL / Chicago NL / Cincinnati / Cleveland / Colorado / Detroit / Houston / Kansas City / Los Angeles AL / Los Angeles NL / Milwaukee / Minnesota / New York AL / New York NL / Oakland / Philadelphia / Pittsburgh / St. Louis / San Diego / San Francisco / Seattle / Texas / Toronto / Washington.
Batters
Only three batters last year recorded both 300-plus plate appearances and also a .300 isolated-power figure: Chris Davis (670 PA, .300 ISO), Bryce Harper (654 PA, .319 ISO), and Giancarlo Stanton (318 PA, .341 ISO). That’s merely one of the many possible ways to state an obvious thing — namely, that the Marlins’ right fielder is among the most impressive power hitters in the league. What else that set of criteria reveals, however, is that Stanton was limited by injury. Because if the plate-appearance threshold were raised to 319, his name would disappear.
In his five years as a regular, Stanton has averaged 512 plate appearances per season. Not the worst case scenario, certainly, but not ideal — and the results have been fantastic, regardless. If his projection (499 PA, 4.9 zWAR) seems a bit light relative to his prodigious talents, however, it’s the result of a somewhat modest plate-appearance forecast.
Examining Miami’s field players as a whole, one finds a group well equipped to produce wins at an average rate in 2016, with Dee Gordon (606 PA, 2.6 zWAR), Martin Prado (578 PA, 2.6 zWAR), and Christian Yelich (596 PA, 3.2 zWAR) all complementing Stanton. First base, meanwhile, appears to be the most immediate area of concern: even in a platoon, Justin Bour (501 PA, 1.1 zWAR) and Chris Johnson (443 PA, 0.2 zWAR) might exhibit some difficulty in separating themselves from replacement level.