80 PA · week 31
this weekHOLD
last weekHOLD
Andrew Knizner
data as of October 26, 2026·week 31
Hold · wait & see skill near league average (0.274); hold and wait — key skill metric not yet stable enough to call.med 0.50 (narrative held for review)
ROSAVG .000HR 0R 0RBI 0SB 0
Knizner is a hold — league average, with nothing unstable to exploit
ROS projects AVG .000 YTD → .000 ROS. Stable, rosterable; no clear edge to exploit either way.
Drivers
- xwobaNOISEskill near league average (0.274)
metric · nowrolling trajectoryvs. leaguestabilized?
Avg Exit Velo87.0 mph
lg avg 89.0 mph ▼−2.0 mphvs his norm —
59 / 50 BBE
Hard-Hit %32.2%
lg avg 40.0% ▼−7.8%vs his norm —
59 / 50 BBE
Barrel %5.1%
lg avg 8.0% ▼−2.9%vs his norm −0.5% ▼Barrel % is below his ~5.6% norm — expect it to rise.
59 / 60 BBE
xwOBA.274
lg avg .315 ▼−.041vs his norm —xwOBA is below the ~.315 league average — expect it to rise.
80 / 160 PA
wOBA.288
lg avg .315 ▼−.027vs his norm —wOBA is below the ~.315 league average — expect it to rise.
80 / 200 PA
Strikeout %17.5%
lg avg 22.0% ▼−4.5%vs his norm —
80 / 60 PA
Walk %5.0%
lg avg 8.5% ▼−3.5%vs his norm —Walk % is below the ~8.5% league average — expect it to rise.
80 / 120 PA
BABIP.246
lg avg .295 ▼−.049vs his norm −.011 ▼BABIP is below his ~.257 norm — expect it to rise.
59 / 800 BIP
Swinging-Strike %12.7%
lg avg 11.0% ▲+1.7%vs his norm —
80 / 50 PA
Chase %39.4%
lg avg 28.5% ▲+10.9%vs his norm —
80 / 50 PA
5×5 ROS Outlook
rest of seasonWhere each category goes the rest of the way, and the skill that drives it. Tap a row to expand the full derivation.
statytdrosdriverconf
Barrel% 5.1%→5.5%noise0 HR — Barrel% 5.1% (noise) lifted to career ~5.6% → projected 5.5%.
BABIP 0.246→0.231 regressednoise.000 AVG — BABIP 0.246 is noise, regressed toward xBA-implied 0.230 (xBA 0.212) → 0.231.
on-base + lineup0 R — his run rate over ~0 projected PA.
slugging + lineup0 RBI — his RBI rate over ~0 projected PA.
run rate / role0 SB — his steal rate (0 in 1 G) over ~0 projected PA.
rosterdroprotational counting only
Every projection traces to a sabermetric input. The driver and confidence shown per row are always visible; tap any row to expand the full derivation.