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Whether that is a lot depends entirely on what you compare it to — and there are three defensible comparisons, each answering something different. This is what the entry block on every OptionBench card is built around. Three reference points, three questions Position cost, against its own history. The same setup on the same ticker at the same point in the cycle has been priced many times before. Twenty past cycles, twenty entry costs, each divided by the spot at the time. Today's cost sits somewhere in that distribution. This answers: am I buying early or late in the ramp? The value of a pre-earnings long-volatility position comes largely from implied volatility rising as the announcement approaches. If today's cost already sits in the upper half of past cycles at the same T-x, much of that rise has happened. If it sits low, there is more room ahead. Implied volatility, against its own history. Closely related to the first, but not the same. The cost of a position depends on volatility, but also on time remaining and — for a long strangle — on how far apart the strikes sit. The two readings can diverge, and when they do it tells you something: a position that is expensive while its IV is ordinary is expensive for structural reasons, not because the market is bidding up volatility. This answers: how much ramp is left to build? Earnings premium, against what the stock delivers. The first two compare the ticker to itself. This one compares a price to a real counterpart: the ATM straddle divided by spot is what the market charges for the move, and the average past earnings move is what the stock has historically produced. This answers: what is the market valuing today? Why the third one is different The first two are self-referential. They will tell you a $30 straddle on a violent biotech is "cheap" if that stock usually prices even higher. That is useful — it means you are getting a better-than-usual price for that particular name — but it says nothing about whether the price is reasonable in absolute terms. The third comparison is the only one where the denominator is something real. On the BABA card above — captured on August 11, ten business days before the August 20 report — the market is asking for a ±8.8% move, and the stock has averaged ±5.6% across its last sixteen earnings. The ratio is 1.6. Measured across thirteen tickers inside their entry window on a single day, that ratio had a median of 1.72. Not 1.0. The market consistently charges more than the historical move — which is exactly what you would expect if the seller of volatility is being paid a risk premium. One caveat that matters: the straddle used sits on the chain that expires about a week after earnings, so it prices the announcement gap plus a handful of ordinary sessions. Part of the ratio is mechanical, which is why the reading is not centred on 1. Cheap against yourself is not cheap against reality Here is a real case from the scanner. BABA, twelve business days before the report. The entry cost sat below 56% of past cycles at that same point, and entry implied volatility was lower than 69% of them. Both gauges green. Nothing about this entry is expensive by the ticker's own standards. And yet: the market was pricing a ±8.9% move against a ±5.6% average earnings move over sixteen cycles. A ratio of 1.6. Both readings are true. The first says this entry is cheap for BABA. The second says you are still paying more than this stock typically delivers. Neither one is the answer. Holding both at once is the answer. What the Color does and does not mean On the card, the first two readings turn green when the entry is favorable to a volatility buyer and amber when it is not. The bar fills with distance from the median, so a full green bar is not good news by itself — it means this entry is cheaper than every cycle on record, which is worth knowing, not worth acting on alone. The third reading carries a number rather than a percentile, because the number is intuitive on its own: 1.6× the typical move means the market has priced in 160% of what the stock usually does. The color flags the extremes; the figure does the talking. None of this is a signal. It is context — the difference between a number on a screen and a decision. The reading that should actually stop you If you take one thing from this: the gauge that ought to give a volatility buyer pause is not the premium being high. High implied volatility on a long-volatility position is the price of admission to a wide distribution, not evidence of a bad trade. What should stop you is paying for a move the underlying does not historically deliver. That is the third reading, and it is the one most screeners never show — because it requires comparing what the market charges with what the stock has actually done, cycle after cycle. Next: why the position exits before the announcement, and what that changes about all of this. OptionBench is a research and analysis tool, not an investment advisor. Nothing here is a recommendation to buy or sell any financial instrument. Backtested results are hypothetical and do not guarantee future performance. The original article was first published here.