Target Share in Best Ball: Why Volume Matters More Than Efficiency
Best ball drafts happen before the season. You can’t add a high-target receiver when your WR3 gets hurt. You can’t bench a low-volume WR for a slot receiver suddenly getting 10 targets per game. Your draft is your season. This makes target share — a player’s percentage of their team’s passing volume — the most important stat to research before drafting.
Target Share Benchmarks Quick Reference
| Receiver type | Target share % | Targets per game | Best ball implication | Mistake to avoid |
|---|---|---|---|---|
| WR1 on pass-heavy offense | 20–30% | 7–11 targets (on 35+ pass/game team) | The anchor of a best ball roster — reliable floor every week with ceiling in any high-scoring game | Paying Round 1–2 for a WR1 on a run-heavy team — volume is the variable; efficiency without volume doesn’t sustain in best ball |
| Slot receiver | 12–20% | 5–8 targets | Consistent, reliable PPR floor; lower ceiling than WR1 but among the safest weekly contributors | Undervaluing the slot receiver because they don’t have big-play upside — consistency across 17 weeks is extremely valuable in best ball |
| WR2 or WR3 | 8–15% | 3–6 targets | Boom-bust — low floor but capable of ceiling weeks when WR1 gets jammed or draws tough coverage | Drafting WR2/WR3 profiles at WR1 ADP when their target share hasn’t justified elevation |
| Tight End (elite) | 14–18% | 5–8 targets | Best ball upside equals or exceeds WR2 — consistent volume with TD upside; SFLEX starter on platforms with that slot | Conflating TE1 depth chart status with target share — a “starting TE” who draws 3 targets per game is not an asset |
| Tight End (average) | 5–10% | 2–4 targets | Drag on best ball lineup — below this threshold, the auto-optimizer rarely starts them; low floor and low ceiling | Using Round 5–7 capital on an average target-share TE when the punt-TE approach would free picks for WR upside |
| RB (receiving back) | 8–15% of targets | 4–7 targets | PPR floor that supplements carry volume; best ball value compounds: carries + catches × 17 games | Ignoring RB target share entirely — a receiving back’s best ball value is often 30–40% from receptions, not carries alone |
Why Target Share Matters More in Best Ball
In redraft: You can react. If your WR’s targets drop from 8 to 3 per game, you add someone off waivers and adjust.
In best ball: You can’t react. Your roster is set. The auto-lineup picks the best performers each week — but a player who produced a 50-yard TD on 2 targets isn’t going to keep producing. High targets produce consistently. Low targets with occasional explosions are not reliable best ball contributors across 17 weeks.
Volume beats efficiency in best ball. A player who catches 8 passes per game will outperform a player who catches 3 passes at high efficiency across a full season. The optimizer picks the scorer each week — it needs consistent opportunities to have consistent scorers.
Target the Offense First, Then the Player
A WR getting 8 targets on a team that throws 28 times per game is different from the same 8 targets on a team that throws 40 times. High team passing volume is the foundation.
High-volume passing offense indicators:
- QB who throws 35+ passes per game historically
- OC known for pass-heavy schemes
- Team in frequent negative game scripts (trailing = more passing)
- Weak run game that forces passing to move the ball
The stacking thesis: When you stack a QB with his WR1, you’re concentrating target-share exposure intentionally. In a ceiling week for the QB (40 passes, 3 TDs), your WR1 receives a disproportionate share. That concentrated exposure is how best ball stacks generate ceiling weeks that advance brackets.
Using Target Share During the Draft
Before the draft: Research each team’s likely target distribution. Know which receivers project to 8+ targets per game, 4–6, and below.
During the draft: Use target share expectations to evaluate ADP:
- Player with 8-target projection at Round 6 ADP → excellent value
- Player with 4-target projection at Round 6 ADP → usually not worth it regardless of efficiency metrics
Differentiate opportunity from efficiency: Some WRs go early because they’re efficient (high yards per reception, high TD rate) but have low volume. In best ball, volume beats efficiency because volume is more consistent. One explosive 5/100/2 game from a low-volume WR doesn’t carry a team through 17 weeks.
For the broader best ball drafting approach target share informs, see: Best Ball Strategy: How to Win at the Format That Requires No In-Season Management. For how targets relate to stacking strategy, see: Best Ball Stacking: How to Build QB-WR Stacks That Win.