The short answer: The mid-range jumper is returning to elite NBA offenses because contested threes generate ~0.95 points per possession while open mid-range pull-ups from 16 feet generate ~1.05 PPP. Modern defenses (ICE, switch-everything, drop) actively funnel ball-handlers into mid-range, so the players who can punish that look are now the highest-leverage scorers in the league.
The 2010s were the era of the mid-range obituary. Daryl Morey told Houston "two and three only." Brooklyn deleted 18-footers from its playbook. Philly drafted shooters and big men, no in-betweens. The argument was math: corner threes worth 1.20 PPP, threes above the break worth 1.10, layups worth 1.40, mid-range jumpers worth 0.85.
The math wasn't wrong. The math was incomplete. In 2026, the most-efficient possessions in the playoffs are increasingly built around the mid-range — and the analytics teams who said it was dead are the same ones now writing reports on how to get there.
What the Old Math Missed
The 0.85 PPP figure for mid-range was a league-wide average. It included contested fadeaways, late-clock heaves, and bricks from sub-replacement-level shooters. It buried the elite specialist average inside a much worse general one.
Once you split mid-range attempts by shot quality, the math changes. An open pull-up from 16 feet — defender 4+ feet away, no contest — generates 1.05–1.10 PPP for a 90th-percentile shooter. A contested three above the break (defender within 4 feet) generates 0.93–0.97 PPP. The "obvious" three is the worse shot.
The 2010s analytics era assumed every three would be open and every mid-range would be contested. The defensive evolution of the 2020s reversed that assumption.
The Schemes That Force Mid-Range
Three modern defensive principles funnel offenses into mid-range pull-ups:
ICE coverage. On side ball-screens, the on-ball defender forces baseline; the screener's defender drops to the rim. The ball-handler can either take a contested baseline drive or a pull-up middy. Most ICE defenses live with the middy — it's the cheaper outcome for them.
Switch-everything. Boston, OKC, Minnesota all switch 1 through 4. The result is a possession-by-possession arms race of mismatch hunting. Mismatched defenders give cushion. Cushion plus an elite mid-range shooter equals 1.05 PPP all night.
Modern drop. Drop coverage has evolved into an even deeper drop than 2018-era defenses ran. Bigs sit at the elbow or below. The pick-and-roll ball-handler walks into a free 14-footer if he's competent.
Every one of these coverages cedes the mid-range to take away something else. The offenses winning in 2026 are the ones that punish what's been ceded.
Who's Making It Work
DeMar DeRozan built a Hall of Fame career on this shot before the analytics community caught up. Devin Booker generates 1.07 PPP on pull-up middies in the playoffs (per playoff tracking averages). Kawhi Leonard's mid-range game peaks above 1.10 PPP when healthy. Jayson Tatum has spent the last three seasons rebuilding his mid-range volume after Boston's coaching staff convinced him the math was wrong.
Even Kevin Durant's whole offensive identity is built on the principle that a contested mid-range pull-up over a defender who can't disrupt his release is the highest-quality shot in basketball. The numbers say he's right.
The Math at Your Level
For a 17-year-old high-school guard taking 8 mid-range pull-ups a game, the math is different. You're not a 90th-percentile shooter yet. The mid-range is still a low-EV shot for you — until you build the volume, the rhythm, and the elite-shooter mechanics that make it efficient.
The path isn't avoiding the mid-range. It's earning it. Take 200 elbow pull-ups a day for 90 days. Track make percentage. When you're above 45% in practice (which translates to ~38% in games), you've earned the right to shoot it. Below that, stick to threes and rim attacks.
Training the Shot
The mid-range pull-up is mechanically the hardest shot in basketball. It requires balance off the dribble, footwork into the gather, and a release identical to a stationary three despite being five feet closer. Most players' release angles change between three-point and mid-range — that's why their mid-range percentages drop.
Drill: shoot 50 pull-up middies from the elbow, using the same release height and arc as a three-pointer. Film yourself. If the release is different, fix it before you take the shot in a game.
Frequently Asked
Is the mid-range a good shot for amateurs? Only if you've earned it through volume + accuracy. For most players under college level, it remains a low-EV shot.
What about long mid-range (16-22 feet)? That's the highest-EV mid-range zone for elite shooters. The 12-15 foot floater is the lowest-EV — it's neither a layup nor a clean jumper.
Should I take the mid-range over a contested three? Yes, if the mid-range is open and the three is contested. Always.
The Quiet Edge
Watch any close playoff game in 2026. Notice how often the winning possession ends with a 14-foot pull-up. That shot is making a comeback for a reason — the math finally caught up with the defense. The era when "no mid-range" was a mantra is over. The era of selectively punishing what defenses give you is here.
The shot isn't the problem. The shot quality is. Get to high-quality versions of the right shot, and the analytics community will write a new book.