How kickoff return yardage skews traditional NFL special teams rankings starts with a return that gains 30 yards but leaves an offense five yards worse off than a touchback.
The runner bursts through the first wave of coverage, crosses the 20, and crashes into a defender at the 30. His teammates celebrate a solid return. The box score agrees.
Yet the offense would have started at the 35 if the ball had gone into the end zone for a standard touchback.
That five-yard difference exposes a problem with traditional return statistics.
Consider the New York Jets.
Official NFL statistics put New York atop the league with 2,210 kickoff return yards in 2025. The Jets also averaged 29.9 yards per return, the best mark in football.
Meanwhile, Seattle accumulated just 1,287 return yards on 46 attempts despite having an explosive specialist in Rashid Shaheed.
The totals look decisive until analysts examine the opportunities behind them.
New York returned 28 more kickoffs. Seattle produced a 100-yard touchdown that transformed a tied game.
Neither number alone reveals which team gained more scoring value.
That requires a closer look at field position, return efficiency, and the expected points each special teams unit creates or concedes.
Five Yards Changed the Entire Statistical Landscape
The NFL introduced its dynamic kickoff in 2024, bringing blockers and coverage defenders closer together while reducing the long running starts associated with traditional kickoffs.
The formation gave return coordinators new blocking possibilities. Players could establish double-teams near the coverage line, exchange assignments, and create running lanes resembling conventional rushing plays.
However, the most dramatic statistical change arrived in 2025.
The league moved standard end-zone touchbacks from the receiving team’s 30-yard line to its 35.
Kickers suddenly faced a different calculation. A powerful kick through the end zone surrendered five additional yards compared with the previous season.
Keeping the football in play became more attractive, and coaches responded immediately.
NFL figures released in January 2026 show that 74.5% of kickoffs were returned during the 2025 regular season, compared with 32.8% in 2024.
That increase changed the yardage leaderboard almost overnight.
Pro Football Reference recorded 53,869 combined kickoff return yards in 2025, compared with 25,386 the previous season.
The number of returns jumped from 920 to 2,076. Yet average return distance slipped from 27.6 yards to 25.9.
Those figures capture the statistical distortion created by the new touchback rule.
The league generated more than 28,000 additional return yards without improving the average return. More opportunities drove the surge.
For NFL special teams rankings, the distinction matters because teams don’t receive identical return workloads.
An ordinary returner handling 70 kickoffs can accumulate more yardage than an exceptional specialist receiving only 30.
The totals record what happened. They don’t explain how efficiently each player used his chances.
Turpin and Davis Expose the Volume Trap
Dallas return specialist KaVontae Turpin and Buffalo’s Ray Davis offered a useful comparison during the 2025 season.
Turpin led the NFL with 1,814 kickoff return yards on 69 attempts. Davis gained only 943 yards on 31 returns.
The cumulative leaderboard strongly favored Dallas.
However, Davis averaged 30.4 yards per attempt, compared with Turpin’s 26.3.
The gap became more striking when examining explosive returns.
According to NFL player statistics, Davis produced six gains of at least 40 yards. Turpin recorded three despite receiving more than twice as many opportunities.
Davis broke off a 40-yard return on approximately 19.4% of his attempts. Turpin reached that mark on 4.3%.
Those numbers don’t account for every kickoff’s difficulty. They do establish that Buffalo’s returner generated substantial gains far more frequently.
Turpin’s Workload Concealed an Efficiency Drop
Turpin’s own career statistics make the point even clearer.
In 2024, he handled 27 kickoff returns for 904 yards, averaging 33.5 yards per attempt. He also scored on a 99-yard touchdown.
One season later, his workload increased by 42 returns.
Turpin nearly doubled his total yardage, but his average fell by 7.2 yards. He finished 2025 without a kickoff return touchdown.
The redesigned kickoff created a different statistical environment.
Dallas still benefited from his experience and production, but the new rulebook gave him many more chances to accumulate yards.
Comparing 904 with 1,814 without accounting for the extra opportunities would exaggerate the improvement.
Davis showed the opposite statistical profile. His smaller workload limited his cumulative total, but he repeatedly turned opportunities into explosive gains.
On November 20, 2025, he provided the clearest example against Houston.
The Texans had just taken a 13-9 lead late in the second quarter. Davis fielded the kickoff near Buffalo’s 3-yard line, escaped through traffic, and accelerated downfield.
Houston kicker Ka’imi Fairbairn couldn’t stop him.
The 97-yard touchdown return sent Buffalo ahead 16-13. The Texans eventually won 23-19, but Davis had reversed the score without Buffalo’s offense taking a snap.
That return delivered something an ordinary yardage total cannot fully express: six points before the extra-point attempt.
Turpin’s workload and Davis’ explosive production highlight different kinds of value. Neither proves superior season-long scoring impact without examining every return’s field position and outcome.
That’s where an expected-points model becomes useful.
The Return That Gains More Yards but Creates Less Value
Kickoff return yardage tells analysts how far a player carried the football.
It doesn’t reveal where the next offensive possession begins.
Consider two hypothetical returns under the current rules.
The first begins at the receiving team’s goal line. The runner finds a crease between the hashmarks, slips past one defender, and gains 30 yards before going down.
His offense starts at the 30.
The second return begins at the 13. A blocker seals the outside shoulder of a coverage defender, allowing the runner to gain 25 yards.
His offense starts at the 38.
The second return gains five fewer yards but delivers eight more yards of starting field position.
Against the standard 35-yard touchback, the first result sacrifices five yards. The second improves the starting position by three.
Traditional return averages favor the first play. A field-position comparison favors the second.
Kick Placement Changes the Entire Calculation
Return specialists don’t always receive the ball near the goal line.
Some kickers drive low trajectories toward the boundaries. Others strike knuckleballs that bounce unpredictably through the landing zone.
A returner catching the football at his own 15 faces a different challenge from one fielding it at the goal line.
He has less room to accelerate before the coverage unit closes. However, a modest gain can still take the offense beyond the touchback spot.
The location of the catch changes what counts as a successful return. So does the quality of the blocking.
An awkward bounce can delay the returner long enough for an outside defender to squeeze the intended lane. A clean catch allows blockers to execute their assignments on schedule.
Both situations influence the final spot, yet the box score records only the distance traveled.
That missing detail helps explain why yards per return remains an incomplete efficiency measure.
Team-Level EPA Reveals the Real Return Advantage
Expected points added, or EPA, estimates how a play changes a team’s expected scoring value.
For kickoff returns, the question is straightforward.
How much did the return improve the receiving team’s scoring position compared with a suitable baseline?
The standard 35-yard touchback provides an intuitive reference under the current rules.
A return ending at the 40 improves starting field position by five yards. Another ending at the 25 leaves the offense ten yards behind that mark.
Expected-points models translate those differences into estimated scoring value.
However, the relationship isn’t perfectly linear. Five yards near an offense’s own goal line can carry a different effect from five yards approaching midfield.
Return touchdowns require separate treatment because the play produces points rather than another offensive starting position. Turnovers and penalties can also change the calculation dramatically.
Total EPA and EPA per Return Answer Different Questions
A season-long return EPA total measures accumulated estimated scoring contribution.
EPA per return examines how efficiently a unit creates that value.
The distinction mirrors the problem with raw yardage.
A team receiving 75 return opportunities might generate substantial total EPA through a high workload. Another club could create greater average value per return but finish with fewer chances.
Total EPA captures season-long contribution, while EPA per return helps analysts compare efficiency across different workloads.
For the Jets and Seahawks, those calculations would require play-by-play kickoff locations, final field positions, scoring plays, and relevant penalties.
The available yardage totals cannot establish which club generated more return EPA.
New York’s league-leading average suggests efficient production by conventional standards. Seattle’s smaller workload doesn’t prove inferior scoring value.
The difference must come from the actual plays, not assumptions drawn from the leaderboard.
Seattle’s One Return That Changed the Scoreboard
Seattle’s 2025 season produced a vivid reminder of why scoring plays deserve separate attention.
On December 7, the Seahawks entered halftime against Atlanta tied 6-6.
Coach Mike Macdonald challenged his players to deliver something on the opening kickoff of the third quarter.
Rashid Shaheed answered immediately.
He fielded the football near his own goal line and attacked an opening created by Seattle’s blocking unit.
According to the Seahawks’ official account, Brady Russell and Patrick O’Connell helped clear the path.
Once Shaheed escaped the first wave, Atlanta’s coverage couldn’t recover.
He completed a 100-yard kickoff return touchdown, putting Seattle ahead 13-6. The Seahawks eventually won 37-
One play changed the score before Seattle’s offense touched the ball.
Yet the league’s team statistics credited those 100 yards within the Seahawks’ season total of 1,287.
That figure was nowhere near New York’s 2,210.
The difference illustrates why a return touchdown deserves more weight than its contribution to cumulative yardage.
Shaheed delivered immediate points. A 30-yard return ending at the 30 might leave an offense worse off than a standard touchback.
Both add yards to the season total, but their value to the team differs considerably.
Seattle’s touchdown and New York’s return volume therefore belong in a broader analytical framework, not a simplistic comparison of accumulated distance.
Coverage EPA Can Reverse the Team Rankings
Even an accurate return EPA calculation tells only half the kickoff story. Teams must also defend returns.
A strong return unit might repeatedly improve its offense’s starting position while its coverage players surrender equally favorable territory to opponents.
Those gains can disappear before the next offensive possession.
Comprehensive NFL special teams rankings must therefore account for net team-level kickoff EPA, combining the scoring value created on returns with the value conceded on coverage.
The Rams’ Field-Position Strategy
The Los Angeles Rams demonstrated the importance of that second component during 2025.
Pro Football Focus’s March 2026 analysis found that opponents returned only 42.9% of Rams kickoffs.
Los Angeles accepted touchbacks more frequently than most teams. However, when opponents returned the ball, the Rams limited their average starting position to approximately the 26-yard line.
That was nine yards behind the standard touchback spot.
Kicker Joshua Karty helped create the advantage with low, unpredictable kickoffs.
His knuckleball-style contact forced returners to adjust to awkward bounces while coverage players closed the available space.
The Rams didn’t insist on producing a return every time. They weighed the potential field-position gain against the risk of allowing an explosive play.
That strategy complicates traditional coverage statistics.
A unit might allow substantial return yardage because opponents field kicks deep in their own territory. Another could surrender fewer yards while regularly allowing offenses to start beyond the 35.
The final field position reveals which outcome actually helped the defense.
Measuring the Entire Kickoff Operation
A fair evaluation must count every kickoff, including returns, touchbacks, touchdowns, penalties, and turnovers. For the Rams, that means weighing stops near the 26 against touchbacks to the 35. Otherwise, analysts risk rewarding favorable coverage statistics while overlooking the plays that surrendered field position.
Now imagine one club consistently starting its drives near the 40 but allowing opponents to begin around the same spot. Another generates fewer return yards while regularly stopping opponents inside their own 25. Net EPA could favor the second team, depending on the frequency and scoring value of those outcomes. The advantage comes from gaining field position without repeatedly giving it back.
Blocking Execution Explains the Numbers
EPA measures the estimated scoring impact of a return. Film study reveals how players produced the result.
Under the dynamic kickoff, return coordinators have adopted more sophisticated blocking concepts.
A March 2026 PFF analysis found that NFL teams used double-team blocks on 56.4% of kickoff returns in 2025, compared with 42.8% in 2024.
Fold-blocking concepts also increased, from 6.1% to 8.9%.
Those changes reflect the return game’s growing resemblance to designed rushing plays. Blockers work together to create leverage before the returner reaches the coverage unit.
One Lost Block Can Wipe Out the Advantage
Picture a return designed toward the right sideline.
The outside blocker strikes the contain defender and seals his inside shoulder. A teammate folds behind that block, climbing toward the next coverage player.
The returner sees a crease opening near the numbers and accelerates toward the boundary.
For a moment, the play works exactly as designed.
Then the contain defender breaks free, sheds contact, and squeezes the sideline. Another defender fills the gap before the returner can regain his angle.
What looked like a promising gain ends near the 25.
A low knuckleball can disrupt the same blocking design before the runner even starts.
The returner adjusts his feet to recover the bouncing football while his teammates engage defenders on the play’s intended timing.
That hesitation allows a coverage player to cross a blocker’s face and close the lane.
Instead of accelerating into open space, the returner must cut toward traffic. A play designed for a substantial gain produces only 14 yards.
The box score records the distance. EPA captures the scoring consequence, while film study identifies the missed assignment that caused it.
Shaheed’s touchdown against Atlanta showed the opposite result.
Seattle’s blockers sealed their lanes, creating the opening he needed. His speed finished the play before the remaining defenders could recover.
The touchdown belonged to the entire unit, even though Shaheed received the yardage.
Those details matter when analysts compare return specialists working behind different blocking personnel.
How NFL Special Teams Rankings Should Evolve
Traditional return statistics still serve a purpose.
Total yardage records accumulated production. Yards per return helps account for workload, while explosive-return frequency identifies players capable of changing field position quickly.
However, those figures need to sit alongside scoring-based measurements.
Return EPA helps quantify the value created by the receiving team. Coverage EPA accounts for the field position and scoring opportunities it concedes.
Together, they offer a clearer picture of a club’s kickoff performance than return yardage alone.
For complete NFL special teams rankings, analysts must also examine punt returns, punt coverage, field-goal accuracy, extra points, and other kicking situations.
The goal isn’t to replace every traditional statistic. It’s to distinguish spectacular individual plays from the consistent advantages that help teams win games.
The Next Advantage May Come Without a Highlight
As the 2026 season develops, NFL teams will continue refining their dynamic kickoff strategies.
Return coordinators will sharpen double-team timing and experiment with blocking exchanges. Kickers will adjust placement, spin, and trajectory to disrupt those designs.
Coverage units will counter with better pursuit angles and disciplined open-field tackling.
The next breakthrough might never reach a highlight reel. It could come from a blocker who seals the edge for one extra second or a coverage defender who forces a returner down at the 23.
Neither play looks spectacular. Both change the territory an offense must navigate.
Across a season, those yards accumulate into scoring opportunities gained or denied. Coaches recognize the difference long before a return-yardage leaderboard does.
That is why kickoff return yardage can skew traditional NFL special teams rankings. Distance measures the run, but expected points reveal what the play accomplished.
When a returner races past midfield, the crowd follows the football. On the sideline, coaches are already looking toward the next snap.
The yardage column records how far the ball traveled.
The next possession reveals what those yards were worth.
READ MORE: How Kickoff Coverage Dictates Modern NFL Special Teams Rankings
FAQs
Why can a 30-yard kickoff return be worse than a touchback?
Under the 2025 rules, a standard touchback starts at the 35. A 30-yard return from the goal line leaves the offense at the 30.
Why did NFL kickoff return yardage increase in 2025?
The NFL moved the standard touchback spot from the 30 to the 35. Teams kept more kickoffs in play, creating far more return opportunities.
Who led the NFL in kickoff return yards in 2025?
The New York Jets led all teams with 2,210 yards. KaVontae Turpin led individual players with 1,814 yards for Dallas.
What does EPA mean in NFL special teams rankings?
EPA stands for expected points added. It estimates how a play changes a team’s scoring chances through field position, touchdowns, turnovers, or penalties.
Why does kickoff coverage matter as much as return yardage?
A team can gain valuable yards on returns but surrender them on coverage. Net kickoff EPA helps measure the advantage across both phases.
