Published June 16, 2026 · Methodology · ~14 min read
Ask ten dynasty managers what a 2027 mid-1st is worth and you'll get ten answers. One has KTC open. One traded for one last week and remembers what they paid. One has a spreadsheet from August. One just shrugs and says "a 1st is a 1st." None of those answers are exactly wrong, but none of them are reproducible either — which is the actual problem in dynasty trading. If you can't explain how a pick got its number, you can't defend the trade to your league mates, and you definitely can't argue it back up when someone lowballs you.
This article walks through the framework Dynasty Blueprint uses to value every pick on the site. It's not the only valid framework — KTC, FantasyCalc, and the major analyst rooms each have their own approaches, and the differences between them are interesting in their own right. But it is a complete one. By the end you'll know exactly what variables matter, how much each one moves the number, and how to reason about any pick you're sent in a trade.
Every dynasty draft pick value, regardless of who's computing it, comes down to four inputs:
Everything else — trade-deadline urgency, contending versus rebuilding context, your league's specific trade patterns — is a modifier on top of these four. Get the base right and the rest is just adjustment.
The skeleton of any pick valuation system is what's called the pick chain: a fixed schedule of values from Early 1st down through Late 4th, year-agnostic. Different systems use different drop rates, but the structure is always the same: each tier down inside a round costs some percentage of the previous tier, and each round transition costs more.
Dynasty Blueprint anchors Early 1st at 5000. From there:
Walking those rates produces this base chain (before any time, class, or format adjustments):
| Round | Early | Mid | Late |
|---|---|---|---|
| 1st | 5000 | 4250 | 3613 |
| 2nd | 2348 | 1996 | 1696 |
| 3rd | 1187 | 1009 | 858 |
| 4th | 600 | 510 | 434 |
A few patterns are worth noticing immediately. First, the gap between a Late 1st and an Early 2nd (3613 → 2348, a 35% cliff) is by far the steepest cliff in the entire chain. This is why "give up a 1st for two 2nds" deals so rarely look fair — even at the smallest 1st-round value, you're starting from 3613 and trying to match it with two assets that top out at 2348 each. Two Early 2nds would total 4696 raw, comfortably more than a Late 1st, but they're two separate roster slots, two separate development paths, and two separate sets of bust risk. The pieces tax (covered in a separate article) usually swallows that surplus.
Second, the 2nd-to-3rd cliff (1696 → 1187) is meaningful but much gentler. Late 2nds and Early 3rds trade for each other regularly in dynasty markets, and the chain reflects that — they're separated by less than 30%, far closer than 1sts and 2nds.
Third, by the time you're in the 4th round, you're at roughly 10% of an Early 1st. This is why "throw in a 4th to sweeten it" is often a tell that someone is trying to look generous without actually paying anything. A Mid 4th is worth about 510 — less than a roster fill-in player on most rosters.
Practical implication. Whenever you see a trade involving picks, mentally locate each pick on this chain first. Don't reason about the trade until you have a number — even a rough one — anchored on the same scale as the players involved.
A 2027 1st is not worth the same in June 2026 as it is in April 2027. The closer the actual rookie draft gets, the more information exists about who that pick is likely to be, and the more confidently the market can price it. That's the cycle multiplier: a sliding discount based on how far away the draft is.
The anchor point — when a pick is worth its full chain value with no discount — is roughly the two months after the NFL Draft. By that point, players know their landing spots, depth charts are public, and the rookie market has had time to price in opportunity. Walk forward or backward from there:
| Months from rookie draft | Multiplier | What's happening |
|---|---|---|
| ≤1 month | 1.05 | Final ramp; rookie hype peaks |
| 1–2 months | 1.00 | Anchor — full chain value |
| 2–4 months | 0.97 | NFL Draft just happened, mocks tightening |
| 4–6 months | 0.94 | Combine and Pro Days |
| 6–8 months | 0.92 | Bowl games, declarations |
| 8–10 months | 0.91 | Mid college season |
| 10–12 months | 0.90 | Roughly a year out |
| 12–14 months | 0.85 | Just past 1 year |
| 14–24 months | 0.85 → 0.72 | Linear ramp; class identity unknown |
| 24–36 months | 0.72 → 0.55 | Deep uncertainty |
| 36+ months | 0.55 | Floor; almost pure lottery ticket |
The reason 1.05 sits at the very top — slightly above the post-draft anchor — is that the four-to-six weeks before a rookie draft is when redraft-style hype peaks. Combine results, Pro Days, and the NFL Draft itself are recent enough that the next set of names feels concrete, but the rookies haven't busted yet. Picks change hands at the highest absolute prices in that window.
Twelve months out, picks lose roughly 10%. Twenty-four months out, they're closer to 25–30% off. Three years out, they're at half-price or worse. This is why 2028 and 2029 picks should never be traded at the same number as 2027 picks even when the chain position is identical — the chain assumes "anchor time," and a 2029 1st is at the anchor only briefly, three years from now, after years of unknown.
Practical implication. A common trade error is overpaying for future picks. If someone offers you a 2028 Mid 1st when their team is contending now, that pick is currently worth roughly 4250 × 0.72 ≈ 3060 — meaningfully less than a 2027 Mid 1st (4250 × 0.94 ≈ 4000), and barely above a Late 1st in the current cycle. Future picks accrue value as time passes; they do not start at full value.
Not every rookie class is created equal. The 2024 class was rich with elite WR talent. The 2025 class was thin. The 2027 class is already being priced up because Arch Manning, Jeremiah Smith, and Ryan Williams are likely to be available. The class multiplier captures this consensus tilt.
Dynasty Blueprint uses a small, manually tuned multiplier per draft year:
| Draft year | Multiplier | Reasoning |
|---|---|---|
| 2026 | 1.00 | Currently active; baseline |
| 2027 | 1.10 | Arch Manning, Jeremiah Smith, Ryan Williams premium |
| 2028 | 1.00 | No consensus hype yet; default |
| 2029 | 1.00 | No consensus hype yet; default |
Two things to note. First, the multiplier defaults to 1.00 for unknown classes. We don't speculate up or down on a class until there's real consensus — at least one elite quarterback prospect with multi-year tape, or a top-end WR1 archetype confirmed for the position. Hype-without-evidence isn't enough to move the number.
Second, the multiplier only goes up, never below 1.00. There's no "this is a weak class, discount it" tier. The reason is asymmetric: if a class is weaker than expected, the cycle multiplier will catch it on the way in, because the lack of consensus hype keeps the class trading at default through the 14–24 month window. A genuinely thin class never crosses the 1.10 threshold; a hyped class does.
The chain values above assume a "standard" league: 12 teams, Superflex, half-PPR or full-PPR, TE Premium of 0.5 or 1.0. Most dynasty leagues fall in or near that bucket, but the further you deviate, the more picks shift.
The two largest swings are:
QBs are far more valuable in Superflex because two starting QB slots — versus one — radically increases positional demand. That changes pick values indirectly: a 1st-round rookie QB is a top-of-class asset in Superflex, but in 1QB leagues, the same QB might not be a starter for two years. Picks therefore lose 5–10% of their value in 1QB compared to Superflex, with the discount concentrated on 1sts (which are most likely to be QBs in Superflex contexts) and lighter on 3rds and 4ths (where QBs rarely fall).
We have a full breakdown of Superflex versus 1QB elsewhere in this section; the short version is that the multiplier on 1sts in 1QB is approximately 0.92.
A 10-team league has shallower rosters, weaker waivers, and less depth pressure. A 14-team league is the opposite. Picks in deeper leagues are worth more because every rookie has a clearer path to a starting role — there are fewer veterans available on waivers to replace them, and fewer roster slots to spare on developmental players. The effect is modest: roughly ±5% to pick values per two teams above or below 12.
TEP modestly bumps 1sts (more chance of a high-value TE rookie) but the effect is small compared to Superflex. Most calculators don't apply a separate TEP adjustment to picks, and the chain values above assume light TEP (0.5).
Let's value a 2027 Mid 1st in a 12-team Superflex league, as of June 2026.
Result: 4250 × 0.90 × 1.10 × 1.00 = 4208
Now contrast it with a 2028 Mid 1st in the same league:
Result: 4250 × 0.75 × 1.00 × 1.00 ≈ 3188
That's a 25% gap between the 2027 and 2028 1st, despite both being "Mid 1sts." If someone tries to swap them straight up because "a 1st is a 1st," they're effectively asking you to eat a thousand-point loss. That kind of asymmetry is why a framework matters more than a vibe.
No pick value model is perfect, and a few things this one deliberately omits are worth naming:
When you're sent a trade involving picks, the framework gives you a four-step diagnostic:
You can do this in your head for the picks you trade often. Dynasty Blueprint's trade calculator does it automatically for every pick you drop into the calculator, using your league's exact settings. Either way, the goal is the same: never trade a pick on vibes. Always trade it on a number you can defend.
The next two articles in this series explain the other two halves of the dynasty trade math: how player values shift between Superflex and 1QB, and why packaging multiple players for one star almost always loses value in practice.