Search for ZEC futures and you get 2 exchange product pages quoting a live price, three price and prediction pages, one venue blog post, and a domain that is parked and for sale. None of them tells you what the contract has actually been doing.
That is a strange gap, because the answer is a public API call away. The funding rate on a perpetual is the number that decides what holding a position costs, and it is recorded settlement by settlement.
So here is the record for the ZEC perpetual, pulled on August 21, 2026, and what it says about the instrument.
What the instrument is, in one section
A perpetual future tracks a spot price without ever expiring, and it stays near that price through a periodic payment between the two sides of the contract called funding. When the rate is positive, longs pay shorts. When it is negative, shorts pay longs. That is the whole mechanism at the level needed here.
Everything else about how funding is calculated, why perpetuals hold their peg, and how the instrument differs from spot lives on the trading pages rather than here. Our guide to how funding rates work covers the mechanism, and our guide to spot against perpetual futures covers the comparison.
The ZEC contract's own parameters are covered in the trading article in this series: contract size, available leverage, the settlement schedule and the order path. this is not a second copy of that.
What neither of those covers is the part specific to this asset: what the funding rate has actually recorded, over consecutive settlements, on a contract written against a thin and headline-sensitive market.
One structural point is worth making before the numbers, because it explains why the record is worth reading at all. A perpetual has no expiry, so there is no settlement date at which the contract and the spot price are forced to agree. Funding is the only thing doing that job, continuously, and the rate is therefore a running readout of how far apart the two sides are willing to sit.
The two prices funding works between are both published: the venue reports an index price and a mark price for this instrument on a dedicated endpoint (source: BloFin mark price). Neither number is quoted here, because both change by the second and a page is the wrong place to read a price from.
What the funding record actually shows
The feed publishes funding history per instrument, so the record is checkable rather than described. Twenty settlements, running from August 15, 2026 at 00:00 UTC through August 21, 2026 at 08:00 UTC, were retrieved on August 21 (source: BloFin funding-rate history).
Across those twenty settlements: eleven rates were positive, nine were negative, and the sign changed between consecutive settlements seven times. The most positive rate was 0.000316 and the most negative was -0.000231.
Seven sign changes in twenty settlements is the number worth sitting with. It means that over roughly six and a half days, the side of the contract paying for the position swapped more than a third of the time. A trader holding the same position throughout paid on some settlements and was paid on others.
Summed across the whole window the rates come to 0.001034. So the entire cost of holding a long position through six and a half days of this particular week was roughly a tenth of a percent of position value, and it arrived as twenty small charges and credits rather than as a trend.
That is the instrument behaving normally. It is also not what most people picture when they read about funding, which tends to be described as a persistent cost that punishes one side of the trade indefinitely.
The distinction matters for anyone modeling a holding cost. A rate that trends produces a cost you can project forward; a rate that oscillates produces one you cannot, because the projection depends entirely on where in the cycle you enter and exit. This week's record is firmly the second kind.
Why the permitted band is a hundred times wider than the observed one
The feed reports the boundaries alongside the current rate, and those boundaries are where the contract's design shows through most clearly. They are the answer to a question the calm week never asked, which is what happens when positioning becomes one-sided and the usual small corrections stop being enough.
The funding rate on this contract is capped at 0.05 and floored at -0.05 (source: BloFin funding rate).
Set that against the record. The widest rate in the twenty-settlement window, in either direction, was 0.000316. That is 0.63% of the permitted band. The rate spent the week using less than one part in a hundred and fifty of the room it is allowed.
The obvious reading is that the cap is decorative. The better reading is that the cap exists for conditions the window did not contain. A funding rate moves when the two sides of the contract disagree about where price is going, and it moves violently when one side is crowded and cannot easily exit.
Neither happened in this particular week. The record shows a market with no strong directional consensus, which is exactly what a rate flipping sign seven times looks like.
The cap is the answer to a different week, and the gap between the two numbers is the most useful thing the boundaries tell you: the contract is built to survive a funding environment more than a hundred times more extreme than the one it has been in.
Our guide to what drives crypto volatility covers the conditions that produce one.
What leverage does on this contract
Funding is the cost that gets written about, and on this contract it is not the cost that matters. Setting the measured funding rates against the leverage the venue makes available produces a proportion that is worth stating explicitly, because the two numbers differ by roughly two orders of magnitude.
The instrument feed reports the ceiling: maximum leverage of 75, on a contract that is live and linear, settled in USDT, with a unit of 0.1 ZEC (source: BloFin instruments).
That number is a maximum available rather than a recommendation, and the arithmetic it implies is worth stating plainly rather than leaving to inference. At 75x, a move of roughly 1.3% against a position wipes out the margin behind it, and in practice a liquidation triggers before that point, because a maintenance requirement sits above zero equity.
Set that against the funding measured above. Rates ran around 0.03% per settlement, so a single adverse 1.3% move costs roughly forty times a settlement's funding, and about thirteen times the entire week's funding taken together.
That is the honest proportion. Funding is the visible, published, easily-modeled cost, and on this contract in this window it was more than an order of magnitude smaller than the thing that actually decides outcomes.
The same feed reports order-size ceilings the venue applies to this instrument: a maximum of 15,000 contracts on a limit order and 10,000 on a market order. Those are venue-set limits rather than statements about the book, and a market-order ceiling set below the limit-order ceiling is the kind of parameter that exists because market orders consume whatever depth is there.
Our guide to leverage and liquidation covers the mechanism, and our guide to sizing a position covers the response.
Why this asset's news is the part that matters
ZEC is a headline-sensitive asset, and the funding record measured above is what makes that description matter for the instrument rather than for the asset in general. A rate that keeps changing sides is describing a market that has not made up its mind, and markets in that state are the ones a single announcement can move furthest.
A calm week of funding data is not evidence of a calm instrument. It is evidence that nothing happened in that week, which is a much weaker statement and an easy one to misread as reassurance.
A funding rate that flips sign seven times in twenty settlements is telling you that positioning is not entrenched. Positioning that is not entrenched can become entrenched very quickly, and on this asset the thing that does it arrives as a discrete event rather than as a trend.
The pillar has two documented examples from 2026 alone. In May a soundness bug in the Orchard Action circuit led to the shielded protocol being disabled network-wide by consensus rule, and in June a corrected circuit restored it (source: ZIP 257). Both were announced complete, with no run-up.
Availability events are the other class, and they have a documented history on privacy assets. The instrument's exposure to both classes is direct and neither is visible in a week of calm funding data. What the drivers themselves are, and why none of them predicts a direction, is covered by the price-drivers article in this series rather than here.
What a week like that does to the funding record is not knowable in advance, and that is the honest limit of everything measured here. The record describes conditions, and conditions on this asset change discontinuously.
For an exposure that cannot be scheduled, sizing is the only lever that works in advance, and our guide to deciding how much to hold covers it.
What the funding record leaves out
Four limits on everything above, and the first is the one the whole article rests on. Each of them is a question a reader could reasonably think the funding record answers, and the record answers none of them, which is worth stating directly rather than leaving to be discovered later by someone who relied on it.
A measured record is stronger evidence than an assertion, and it is evidence about exactly one thing: the window it was measured in. Reading it as a description of the instrument in general would repeat the error the previous section just warned about.
It does not describe next week. Twenty settlements is six and a half days of one particular market. The sign changes, the magnitudes and the cumulative cost are all facts about the window and none of them is a property of the contract. A week containing a protocol event or an availability change would produce a different record, and the same cap would suddenly be doing work. Those are not hypothetical events for a privacy asset. A blockchain-analytics survey of the category documents exchange delistings across several jurisdictions from 2018 onward, with additions to that list as recently as 2023 (source: Chainalysis). What each such event does to a price is the price-drivers article's subject, not this one's.
It does not tell you which side is right. Funding reports what the two sides are paying each other, which is a fact about positioning rather than a signal about price. A positive rate means longs are paying, not that longs are wrong.
It does not measure liquidity. Order-size ceilings are venue parameters rather than depth measurements, and nothing in the funding feed says how much size the book absorbs at a given moment.
And it does not make the instrument safe. The funding record in this window was small, orderly and cheap, and the leverage arithmetic above shows that funding was never the risk. BloFin earns on trading volume regardless of who wins, and that is precisely why the record is published here and left there rather than reading a position into it.
Reading a funding record without over-reading it
A run of settlements is a genuine measurement, and four cautions keep it from being read as more than that.
It is a record of what positioning did, not of what price did. A positive rate means longs paid shorts at that moment, which establishes which side was more crowded and nothing about which side was correct. The two frequently diverge, and the periods when they diverge most are the interesting ones.
It is specific to one venue's contract, and the project's own communications say nothing about derivatives markets at all (source: Electric Coin Co.). Funding is set per contract by its own mechanism, so a record from one venue describes that market rather than the asset. Comparing across venues is comparing mechanisms as much as sentiment.
It compresses under low volatility and stretches under high. A quiet stretch produces small rates because the perpetual tracks spot easily; a violent stretch produces large ones because it does not. So the size of a rate is partly a measure of how hard the mechanism is working rather than a measure of conviction.
And it says nothing about duration. A rate is a payment at a moment, and inferring how long a crowded position will stay crowded from a single settlement is inference rather than measurement.
What a perpetual leaves out
Three things worth stating plainly, because a perpetual is frequently described as though it were the asset.
It gives you no coin. There is no wallet, no address, and no access to any shielded feature from a contract position, which means someone holding this instrument for exposure to the asset's privacy properties has bought exposure to its price instead.
It gives you no settlement date. A perpetual runs until you close it, which sounds like flexibility and is also the property that lets a position accumulate funding indefinitely and remain exposed through events you were not watching for.
And it gives you no protection from the thinness of the underlying market. A contract written against a thin spot market inherits that thinness in its own book, and the leverage available on it multiplies the consequence rather than cushioning it. The general mechanism is covered by our guide to crypto funding rates, and the Zcash contract specifically by our guide to trading ZEC on BloFin.
Why funding is rarely the number that matters
The arithmetic is worth doing once, because it settles a question people spend a lot of attention on.
Funding on this contract settles three times a day, and observed rates have run in the hundredths of a percent per settlement. Multiply that out and the daily carry is a fraction of a percent of position value.
Now consider what leverage does to an adverse move. At high leverage, a move of one or two percent against a position exhausts the margin behind it. That is an order of magnitude larger than a full day of funding, and it can happen inside an hour on a market this thin.
So the ranking is unambiguous. Price movement decides outcomes, leverage is the multiplier on it, and funding is a real but minor cost that gets far more attention than its size warrants. Market-structure data on thin assets consistently shows the same ordering (source: Coin Metrics). The reason it gets that attention is that it is published, precise and easy to model, which is exactly the property that makes it feel more important than it is.
Frequently asked questions
How often does funding settle on the ZEC perpetual?
The funding endpoint reports an interval of eight hours, so the rate settles three times a day. The twenty settlements examined here therefore cover roughly six and a half days, from August 15, 2026 at 00:00 UTC through August 21, 2026 at 08:00 UTC. The trading article in this series covers the contract's parameters, including the interval and the rate bounds, in more detail than the summary above.
Is a positive funding rate a bearish signal?
No, and treating it as one confuses two different things. A positive rate means long positions are paying short positions, which is a statement about how the two sides are currently positioned. It says nothing about which side turns out to be right. In the window measured here the sign changed seven times across twenty settlements, which describes a market without a strong directional consensus rather than a market sending a signal.
Why is the funding cap so much larger than the rates actually seen?
Because the cap is a boundary for conditions that did not occur in the measured window. The rate is capped at 0.05 and floored at -0.05, while the widest rate observed across twenty settlements was 0.000316, which is 0.63% of the permitted band. Caps exist for weeks where positioning is crowded on one side and cannot easily exit, and that is not what a rate flipping sign seven times looks like.
Does the funding cost matter at high leverage?
Far less than the price movement does, which is the point of running the arithmetic. Funding on this contract in the measured week ran around 0.03% per settlement and about 0.1% across the whole window. At the maximum available leverage of 75, a move of roughly 1.3% against a position wipes out the margin behind it, and a liquidation triggers before that point because the maintenance requirement sits above zero equity. A single such move costs roughly thirteen times the whole week's funding. Funding is the published and predictable cost; it is not the cost that decides outcomes.
Researched and written by the BloFin Academy editorial team with AI-assisted drafting. Every figure was retrieved from BloFin's public market API and verified against a control request that returns an error code for an invalid instrument, because this API answers HTTP 200 for invalid paths. All facts independently verified against cited documentation current as of August 2026. Funding data is live and changes continuously; the figures describe the window stated and nothing beyond it. what follows contains no price figure and no view on direction.
This article is for educational purposes only and is not financial advice. Leveraged trading can lose more than your initial margin. Do your own research before making any decision.