The modern match cartridge on the standard match zero: a high-BC 140gr that makes your 100 yard baseline stretch further than it has any right to.
The 6.5 Creedmoor earned its place by doing one thing exceptionally: launching long, slippery bullets that refuse to slow down. A 140gr match bullet with a G1 BC around .58 keeps more velocity at 400 yards than many cartridges hold at 250 — which means less drop, less wind, and a DOPE card with smaller numbers all the way down.
That efficiency is why the 100 yard zero is nearly unanimous in Creedmoor circles. The cartridge's whole appeal is precision at distance via dialed corrections, and every published 6.5 drop chart, factory box table and match app assumes the 100 baseline. Zeroing anywhere else just makes your rifle disagree with your data.
Compare the table below with the .308 168gr page and the argument makes itself — at every distance past 200 the Creedmoor asks for visibly less correction. If you shoot both, zero both at 100 and let the DOPE tell the story.
Bullet path relative to line of sight, 6.5 Creedmoor, 140gr match at 2700 fps, 100 yard zero, standard atmosphere. Plus is above your aim point.
| DISTANCE | BULLET PATH | HOLD (MOA) |
|---|---|---|
| 50 yds | 0″ | — zero |
| 100 yds | 0″ | — zero |
| 150 yds | −1.8″ | 1.1 UP |
| 200 yds | −5.8″ | 2.8 UP |
| 250 yds | −12.6″ | 4.8 UP |
| 300 yds | −22.9″ | 7.3 UP |
| 400 yds | −57.2″ | 13.7 UP |
Factory 140gr match loads cluster near 2,700 fps but your barrel length moves that number — 24 inches versus 20 can shift velocity enough to matter at distance. Chronograph your load and regenerate the table; the zero itself barely moves, but the far DOPE does.
Convention plus physics. The cartridge is built for dialed long-range work, and 100 yards gives the most repeatable, condition-proof baseline to dial from. All standard 6.5 data assumes it, so any other zero forces you to translate every chart you touch.
With these two loads — 140gr at 2,700 fps versus 168gr at 2,650 — the Creedmoor needs meaningfully less elevation at every distance past 200; compare this page's table against the .308 page for exact figures from the same model. The gap widens with distance, which is the entire sales pitch.
It is enough to establish zero, not to validate your data. Zero at 100 where conditions can't lie to you, then true your velocity and BC by shooting known distances further out and adjusting until predicted and actual drops agree. The 100 yard zero is the fixed point that makes that process honest.