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Yards per route run (YPRR) is among the most powerful efficiency metrics in modern NFL analytics, cutting through the noise of raw receiving yards by normalizing production to opportunity. A receiver who gains 900 yards but runs 450 routes has the same raw production as one who gains 900 yards on only 280 routes — yet the latter is dramatically more valuable. The metric gained mainstream traction after Pro Football Focus (PFF) began publishing it around 2015, and it is now used by front offices across the league as a complement to traditional statistics. Cooper Kupp's 2021 season — the greatest individual WR season statistically in NFL history, featuring 1,947 receiving yards — showed an extraordinary 3.81 yards per route run, nearly double the league average. The league average YPRR for starting wide receivers hovers around 1.4-1.8, meaning Kupp was generating roughly 2.5x the production per route of an average starter. The metric is particularly useful for evaluating receivers who play in high-volume offenses (more routes, potentially lower YPRR) versus low-volume offenses (fewer routes, potentially higher YPRR), making it one of the few stats that adjusts naturally for opportunity. It also exposes the 'empty volume' problem — receivers who post gaudy yardage totals by simply running more routes than anyone else, without converting a high percentage of routes into significant gains. Tight ends and slot receivers tend to score lower YPRR than outside WRs due to shorter route depths, so position-group comparisons are most meaningful. Teams use YPRR data to evaluate wide receiver free agent targets, draft prospects, and to assess whether a WR's production in a prior scheme will translate to a new one.
YPRR = Total Receiving Yards / Total Routes Run Where: Total Receiving Yards = All yards gained on receptions (not targets, only catches) Total Routes Run = Total number of routes run whether targeted or not Note: Routes run data is tracked by PFF and NextGen Stats, not on official box scores. Worked Example — Justin Jefferson 2022: Receiving Yards: 1,809 Routes Run: 589 YPRR = 1,809 / 589 = 3.07 yards per route run Comparison — Average WR2 same season: Receiving Yards: 750 Routes Run: 480 YPRR = 750 / 480 = 1.56 yards per route run Jefferson's efficiency advantage: 3.07 / 1.56 = 1.97x (97% more efficient per route)
- 1Obtain routes run data from a tracking source such as Pro Football Focus, NextGen Stats, or Stathead — this data is not available in traditional box scores and requires either a subscription or access to tracking data.
- 2Record the receiver's total receiving yards for the same period (game, season, or multi-year), ensuring you use receiving yards only (not return yards or rushing yards).
- 3Divide total receiving yards by total routes run to produce the YPRR figure, expressed as a decimal (e.g., 2.34 yards per route run).
- 4Context the figure against position group benchmarks: elite WR1s typically exceed 2.0 YPRR, WR2/3s cluster around 1.3-1.7, slot receivers around 1.1-1.5, and tight ends around 0.8-1.3.
- 5Compare YPRR trends across seasons to identify receivers improving their efficiency as they develop, or declining as they age — a receiver whose YPRR drops two seasons in a row often signals declining separation ability or changing role.
- 6Combine YPRR with target share and air yards to get a complete picture of a receiver's role and effectiveness — high YPRR with low target share might indicate a red-zone specialist rather than a true WR1.
Kupp's 2021 campaign is the YPRR benchmark for modern receivers — 3.81 means he averaged nearly 4 yards of gain every single time he ran any route, regardless of whether he was targeted.
A 1.57 YPRR is solidly above the league average for a WR2, indicating reliable but not elite efficiency — this player is a consistent starter but not a difference-maker in YPRR terms.
1,100 yards looks impressive on paper, but the high route volume reveals middling efficiency — this receiver likely benefits from a high-volume offense that inflates raw stats but limits big plays.
A pure deep-ball receiver running fewer routes but gaining big chunks when targeted posts elite YPRR; the limitation is the low floor — if deep balls are not connecting, they disappear from the stat sheet.
NFL front offices use YPRR as a primary metric in receiver evaluation during the draft and free agency, specifically to identify players who have been underutilized (low target share but high YPRR) on their current teams.
Fantasy football analysts at The Athletic, Establish the Run, and other outlets publish YPRR reports weekly to identify breakout candidates whose efficiency exceeds their current usage., representing an important application area for the Yards Per Route Run in professional and analytical contexts where accurate yards per route run calculations directly support informed decision-making, strategic planning, and performance optimization
Wide receivers and their agents use YPRR data in contract negotiations to demonstrate efficiency that raw statistics underrepresent — a receiver on a run-heavy team with 700 yards but 2.8 YPRR can credibly argue for WR1-level contract terms.
Offensive coordinators study opponents' top receivers by YPRR to identify which routes are generating the most yards per attempt, informing coverage assignments and bracket schemes in game planning., representing an important application area for the Yards Per Route Run in professional and analytical contexts where accurate yards per route run calculations directly support informed decision-making, strategic planning, and performance optimization
Receivers who play in run-heavy, slow-paced offenses naturally run fewer total
Receivers who play in run-heavy, slow-paced offenses naturally run fewer total routes — their YPRR may appear artificially high because they are targeted on a higher percentage of their fewer routes, skewing efficiency metrics.. In the Yards Per Route Run, this scenario requires additional caution when interpreting yards per route run results. The standard formula may not fully account for all factors present in this edge case, and supplementary analysis or expert consultation may be warranted. Professional best practice involves documenting assumptions, running sensitivity analyses, and cross-referencing results with alternative methods when yards per route run calculations fall into non-standard territory.
Injuries that cause a receiver to miss games but still play at limited snap
Injuries that cause a receiver to miss games but still play at limited snap counts will produce unreliable YPRR, since a 50% snap count player runs routes in easier situations (often used on scripted early plays) rather than throughout a full game.. In the Yards Per Route Run, this scenario requires additional caution when interpreting yards per route run results. The standard formula may not fully account for all factors present in this edge case, and supplementary analysis or expert consultation may be warranted. Professional best practice involves documenting assumptions, running sensitivity analyses, and cross-referencing results with alternative methods when yards per route run calculations fall into non-standard territory.
Extremely large or small input values in the Yards Per Route Run may push yards
Extremely large or small input values in the Yards Per Route Run may push yards per route run calculations beyond typical operating ranges. While mathematically valid, results from extreme inputs may not reflect realistic yards per route run scenarios and should be interpreted cautiously. In professional yards per route run settings, extreme values often indicate measurement errors, unusual conditions, or edge cases meriting additional analysis. Use sensitivity analysis to understand how results change across plausible input ranges rather than relying on single extreme-case calculations.
| Receiver | Team | Receiving Yards | Routes Run | YPRR | Rank |
|---|---|---|---|---|---|
| Justin Jefferson | MIN | 1,809 | 589 | 3.07 | 1st |
| Davante Adams | LV | 1,516 | 548 | 2.77 | 2nd |
| Tyreek Hill | MIA | 1,710 | 657 | 2.60 | 3rd |
| Stefon Diggs | BUF | 1,429 | 580 | 2.46 | 5th |
| A.J. Brown | PHI | 1,496 | 621 | 2.41 | 6th |
| Jaylen Waddle | MIA | 1,356 | 621 | 2.18 | 9th |
What is a good yards per route run in the NFL?
For starting wide receivers, anything above 1.8 YPRR is good, above 2.2 is excellent, and above 2.8 is elite. The league average for all WRs on active rosters (including backups who rarely play) is around 1.0-1.2. Cooper Kupp's 2021 mark of 3.81 is the modern record for a full season.
Where can I find routes run data for NFL players?
Pro Football Focus (PFF) is the primary source, available via subscription at pff.com. NextGen Stats (available free on NFL.com) provides some route-based data. Stathead by Pro Football Reference also includes some PFF-integrated metrics for subscribers. This is particularly important in the context of yards per route run calculations, where accuracy directly impacts decision-making. Professionals across multiple industries rely on precise yards per route run computations to validate assumptions, optimize processes, and ensure compliance with applicable standards. Understanding the underlying methodology helps users interpret results correctly and identify when additional analysis may be warranted.
Is YPRR better than yards per reception?
Yes, for most analytical purposes. Yards per reception only measures plays where the receiver caught the ball, ignoring the 50-70% of routes where they were not targeted. YPRR captures full route-running value, making it far more predictive of future performance and true contribution to the offense. This is particularly important in the context of yards per route run calculations, where accuracy directly impacts decision-making. Professionals across multiple industries rely on precise yards per route run computations to validate assumptions, optimize processes, and ensure compliance with applicable standards. Understanding the underlying methodology helps users interpret results correctly and identify when additional analysis may be warranted.
How does YPRR differ between slot and outside receivers?
Slot receivers typically post lower YPRR (1.1-1.6) than outside receivers (1.4-2.2) because slot routes tend to be shorter (crossers, slants, quick screens) while outside routes include deep go routes and comebacks that generate large yardage when connected. Compare within position alignment for fair evaluations. This is particularly important in the context of yards per route run calculations, where accuracy directly impacts decision-making. Professionals across multiple industries rely on precise yards per route run computations to validate assumptions, optimize processes, and ensure compliance with applicable standards. Understanding the underlying methodology helps users interpret results correctly and identify when additional analysis may be warranted.
Can YPRR be used for tight ends?
Yes, and it is particularly useful for distinguishing receiving tight ends from blocking TEs. An elite receiving TE like Travis Kelce posts YPRR of 2.0+, while a blocking specialist might be below 0.5. The metric clearly separates the receiving contribution of TEs who occasionally catch passes from those who are primary targets.
Does target share or YPRR better predict future WR performance?
Research from outlets like The Athletic and analytics firms suggests that target share is more predictive one year out (since it measures opportunity, which coaches control), while YPRR is better at evaluating talent quality that will translate across different opportunity environments — particularly useful for players changing teams. This is particularly important in the context of yards per route run calculations, where accuracy directly impacts decision-making. Professionals across multiple industries rely on precise yards per route run computations to validate assumptions, optimize processes, and ensure compliance with applicable standards. Understanding the underlying methodology helps users interpret results correctly and identify when additional analysis may be warranted.
What YPRR should I target for fantasy football WR starts?
In fantasy, prioritize WRs with YPRR above 1.8 combined with high target share (18%+). A receiver with high YPRR but low target share is not getting enough opportunities, while one with high target share but low YPRR may be getting padded by check-downs and quick screens that don't generate big plays.
Pro Tip
Combine YPRR with separation percentage (from NextGen Stats) for the most complete picture of receiver quality. A receiver with high YPRR but low separation is getting lucky on tight-window throws; one with high separation but low YPRR is not being utilized efficiently. The ideal receiver has both elite separation AND elite YPRR.
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Jerry Rice, widely considered the greatest receiver in NFL history, played in an era before YPRR was tracked — but retrospective estimates using available play-by-play data suggest his YPRR in peak seasons (1987-1995) would have ranked among the top 5 in any modern season, suggesting his efficiency matched or exceeded today's elite receivers despite playing against different defensive schemes.