Google Finance Options Prices: Why You Need Excel + MarketXLS to Track Options Properly

Google Finance options prices - if that is what brought you here, the short answer is that Google Finance does not show them. GOOGLEFINANCE is great for basic stock tracking, last price, and a daily history pull. The moment you ask it for an option chain, a strike, an expiration date, an implied volatility, or a delta, it returns nothing. That is not a bug. Options are simply outside the scope of what Google Finance was built for.

This post covers what Google Finance can and cannot do with options, why options data is fundamentally harder to deliver than stock quotes, and how MarketXLS turns Excel and Google Sheets into a full options workstation - live chains, Greeks, IV rank, Black-Scholes pricing, weekly and quarterly expirations, and historical chain replay. At the bottom you can download a sample workbook and a live MarketXLS template that mirrors everything covered here.

Google Finance vs MarketXLS - Options Capability At a Glance

The pattern is consistent. For stock tracking, both tools do the job. For options, GOOGLEFINANCE is silent.

What GOOGLEFINANCE Actually Does Well

Before we pile on, give credit where it is due. Google Finance is excellent for what it was designed for.

Free and frictionless. Type =GOOGLEFINANCE("AAPL") into any Google Sheet and you get a price. No account, no install, no API key. For a casual stock watcher this is a perfect on-ramp.

Built into Google Sheets. Because the function ships with Sheets, every collaborator already has it. There is no add-on to authorize, no Excel desktop to install, no IT ticket to file.

Decent breadth on stocks. GOOGLEFINANCE supports last price, open, high, low, volume, market cap, EPS, P/E, 52-week high and low, and a daily historical pull via the "history" attribute. For a personal portfolio tracker that cares about stocks only, that is enough.

Currencies and indices work too. =GOOGLEFINANCE("CURRENCY:EURUSD") and =GOOGLEFINANCE(".INX") both return the values you would expect.

If your workflow stops at "what is AAPL trading at right now and what did it close at last Friday", you do not need to leave Google Finance. The trouble starts the moment options enter the picture.

Why Google Finance Has No Options Data

Three structural reasons, and they are not going away.

The data feed is for equities. GOOGLEFINANCE pulls from a delayed equities feed. Options data is a separate, much larger, and much more expensive market data product. Distributing it for free inside a free spreadsheet tool is not commercially viable.

Options have many more instruments than stocks. Apple has one ticker, AAPL. AAPL options have hundreds of active strike-and-expiration combinations on any given day, plus weeklies, plus quarterlies, plus LEAPS that go out two years. A naive function-per-symbol model breaks down.

Options need calculated fields. Implied volatility, Greeks, and theoretical value are not raw quotes. They are model outputs derived from the underlying price, the option price, the strike, the time to expiry, and the risk-free rate. Delivering them requires a pricing engine inside the spreadsheet, not just a data feed.

GOOGLEFINANCE solves none of this. MarketXLS was built specifically to solve all three.

What MarketXLS Does With Options

MarketXLS replaces GOOGLEFINANCE for stock tracking and adds a complete options layer on top. Every formula below is real and ships with the MarketXLS add-in for Excel and Google Sheets.

Live Option Chains

You hand the formula a ticker and it returns the entire active option chain - every strike, every expiration, with bid, ask, last, volume, open interest, and IV per row.

=QM_GetOptionChainActive("AAPL")

Variants narrow the slice you want:

=QM_GetOptionChainAtTheMoney("AAPL")     /* only ATM contracts */
=QM_GetOptionChainInTheMoney("AAPL")     /* only ITM */
=QM_GetOptionChainOutOfTheMoney("AAPL")  /* only OTM */
=QM_GetOptionChainNearTerm("AAPL")       /* nearest expiration only */
=QM_GetOptionChainWeeklies("AAPL")       /* weekly expirations */
=QM_GetOptionChainMonthlies("AAPL")      /* monthly expirations */
=QM_GetOptionChainQuarterlies("AAPL")    /* quarterly expirations */
=QM_GetOptionChainStructured("AAPL")     /* structured for puts and calls side by side */

GOOGLEFINANCE has no equivalent for any of these.

Single Contract Quotes

Once you know the contract you want, MarketXLS will quote it like any other symbol. Build the OCC option symbol with the OptionSymbol helper:

=OptionSymbol("AAPL","2026-05-16","Call",235)
=QM_Last(OptionSymbol("AAPL","2026-05-16","Call",235))
=QM_Bid(OptionSymbol("AAPL","2026-05-16","Call",235))
=QM_Ask(OptionSymbol("AAPL","2026-05-16","Call",235))

That is the live last price, bid, and ask of a specific 235 call expiring 2026-05-16, refreshed inside the spreadsheet. GOOGLEFINANCE returns nothing for option symbols.

Greeks - Delta, Gamma, Theta, Vega

The OPT_ family of functions returns Greeks calculated from the underlying price, option price, expiration, type, and strike:

=OPT_Delta(StockLast, OptionLast, "2026-05-16", "Call", 235)
=OPT_Gamma(StockLast, OptionLast, "2026-05-16", "Call", 235)
=OPT_Theta(StockLast, OptionLast, "2026-05-16", "Call", 235)
=OPT_Vega(StockLast,  OptionLast, "2026-05-16", "Call", 235)

These are model-derived values, not stored quotes. You can also pull pre-calculated Greeks straight off the data feed:

=QM_GetOptionQuotesAndGreeks("AAPL")

For Excel desktop users, the streaming versions update in real time during market hours:

=Stream_Delta(OptionSymbol("AAPL","2026-05-16","Call",235))
=Stream_Gamma(OptionSymbol("AAPL","2026-05-16","Call",235))
=Stream_Theta(OptionSymbol("AAPL","2026-05-16","Call",235))
=Stream_Vega(OptionSymbol("AAPL","2026-05-16","Call",235))

Implied Volatility and IV Rank

Volatility is the heartbeat of options trading. MarketXLS exposes it directly:

=ImpliedVolatility("AAPL")          /* 30-day ATM IV */
=ImpliedVolatility30D("AAPL")
=ImpliedVolatility90D("AAPL")
=ImpliedVolatility1Y("AAPL")
=ImpliedVolatilityRank1Y("AAPL")    /* IV rank over the past year */
=IVRank1Year("AAPL")                /* alias */

IV rank tells you whether implied volatility today is at the high end or the low end of its trailing 12-month range. Premium sellers want it high. Premium buyers want it low. You cannot compute either of these in GOOGLEFINANCE.

Black-Scholes Theoretical Value

For pricing analysis, the Black-Scholes engine is one formula:

=BlackScholesOptionValue(OptionSymbol("AAPL","2026-05-16","Call",235), 0.04)

That returns the theoretical value of the contract using a 4 percent risk-free rate. Compare it to QM_Last on the same symbol to see whether the market is paying above or below model value.

Historical Option Chains

For backtesting, you can pull a chain as it stood on a specific past date:

=OPT_HistoricalOptionChain("AAPL", "2025-12-15")

Useful when you want to study how an event-driven IV expansion played out, or check what a strike was trading for the day before earnings. GOOGLEFINANCE has no historical options support.

Volume and Activity Scans

Find the highest-volume options market-wide without leaving the sheet:

=OPT_OptionsVolumeLeaders(50)
=OPT_OptionsOIleaders(50)
=OPT_OptionsChangeInVolumeLeaders(50)
=OPT_UnusualOptionVolScanEOD()
=OPT_TotalVolumeOptions("AAPL")
=OPT_TotalOpenInterestOptions("AAPL")

These are the scans most options desks pay separate vendors for. They are formulas in MarketXLS.

Building an Options Pricing Dashboard - Step by Step

Here is how to wire a working dashboard in five minutes. The downloadable template at the bottom of this post implements all of it.

Step 1 - Watchlist with IV rank. List your tickers in column A. In adjacent columns add =QM_Last(A2), =ImpliedVolatility(A2), =ImpliedVolatilityRank1Y(A2), =IsOptionable(A2), and =Beta(A2). Now you have a single screen showing live price, current IV, where IV sits historically, whether the symbol has listed options, and how the underlying moves vs the market.

Step 2 - Premium tilt. Add a column with the formula =IF(IVR>=30,"Sell premium candidate","Buy options or skip"). High IV rank favors selling covered calls and cash-secured puts. Low IV rank favors directional long calls or puts.

Step 3 - Drill into a chain. On a second sheet, put a ticker in cell B3 and write =QM_GetOptionChainActive(B3) below it. The full active chain spills into the grid. Filter or sort it however you want.

Step 4 - Greeks for selected contracts. On a Greeks sheet, list underlying, expiration, type, and strike. Pull stock last with =QM_Last(Underlying), build the option symbol with =OptionSymbol(...), pull option last with =QM_Last on that symbol, then add the four OPT_ Greeks.

Step 5 - Strategy scaffolding. A covered call sleeve needs only stock last, strike, premium, and time to expiry. Static yield is premium / strike. Premium / stock price tells you the income against current market value. The same three columns power cash-secured puts, vertical spreads, and protective puts.

That is the entire pipeline - watchlist, chain, Greeks, strategy - all in one spreadsheet, all live, all driven by MarketXLS formulas. None of it works in Google Finance because none of these data points exist there.

Implied Volatility - The One Thing Most Tutorials Skip

Implied volatility is the input that turns options from a price quote into a tradable instrument. Most free guides on Google search treat options like stocks and never explain why two contracts with similar strikes can have very different premiums.

The intuition is simple. IV is the market's forward-looking estimate of how much the underlying will move between now and expiration. High IV means the market expects big moves and prices premiums accordingly. Low IV means the market expects calm. The same strike on the same stock can be cheap one week and rich the next purely because IV moved.

This is why traders who ignore IV tend to overpay for long calls and underprice their short puts. And it is why IV rank exists - to give you a fast way to ask, "is volatility high relative to its own recent history".

In the downloadable template the Pricing Dashboard color-codes each underlying by IV rank. Green for IV rank above 50 (premium sellers favored), light blue for 30 to 50 (neutral), red for below 30 (premium buyers favored). It is a small UX detail and it changes how a watchlist reads.

What Is in the Downloadable Templates

Two files, both built around the same six sheets.

The sample workbook is pre-filled with a 2026-05-01 snapshot so you can open it and see exactly how the data lays out without a MarketXLS subscription. The live template is identical in structure but uses MarketXLS formulas instead of static values - drop in your tickers, refresh, and the entire workbook updates.

Download the templates:

• - pre-filled with a 2026-05-01 snapshot
• - live formulas, refreshes with current market data

Excel Desktop vs Google Sheets - One Important Difference

MarketXLS runs in both Excel desktop and Google Sheets, but the experience is not identical for options.

Excel desktop supports the full streaming feed. Stream_Last, Stream_Delta, Stream_Gamma, Stream_Theta, Stream_Vega, and the QM_Stream_ functions update tick-by-tick during market hours. If you are running an active options book, this is what you want.

Google Sheets supports the same QM_ and OPT_ formula library on a refresh-on-demand basis. There is no streaming in Sheets - that is a Google Sheets platform limitation, not a MarketXLS one. The data is still real-time when you refresh, but it does not auto-update.

For most analysts and advisors, Sheets is fine. For active options traders who watch Greeks tick in real time, Excel desktop is the better fit. Either way, Google Finance is not in the conversation because it does not have the data at all.

Common Workflows You Cannot Build in Google Finance

A few examples of what disappears the moment you try to do real options work without MarketXLS.

Selling premium when IV is rich. Requires IV rank per ticker. Not in Google Finance.

Hedging a long stock book with protective puts. Requires live put chains, deltas, and the ability to size by portfolio beta. Not in Google Finance.

Tracking the income from a covered call sleeve. Requires live option premiums and strike-to-stock comparisons. Not in Google Finance.

Comparing two strategies side by side at different IV levels. Requires Black-Scholes pricing and Greeks. Not in Google Finance.

Backtesting an event-driven IV expansion idea. Requires historical option chains. Not in Google Finance.

Scanning the market for unusual options activity. Requires market-wide options scans. Not in Google Finance.

Every one of these is a one-line MarketXLS formula.

Choosing the Right Approach

If you only need basic stock prices in a free spreadsheet, GOOGLEFINANCE is fine. There is no reason to pay for a tool you do not need.

If you need anything that touches options - chains, prices, IV, Greeks, theoretical values, scans, or history - you need a real options data layer. MarketXLS is the most direct path because it lives inside Excel and Google Sheets. You keep the spreadsheet you already use and add the data layer that GOOGLEFINANCE was never built to provide.

A practical rule of thumb: if your spreadsheet has a column for option premium or strike, you have outgrown Google Finance.

FAQ

Does GOOGLEFINANCE have any options data at all? No. GOOGLEFINANCE supports stocks, currencies, mutual funds, and indices. It does not return any option chain, option price, implied volatility, or Greek. Trying =GOOGLEFINANCE on an OCC option symbol returns an error.

Can I get live option prices in Google Sheets? Yes, with MarketXLS. Use =QM_Last on a built option symbol. The MarketXLS add-on for Google Sheets ships the same QM_ and OPT_ functions used in Excel. Refresh-on-demand rather than streaming, but the data is real-time at the moment of refresh.

What about getting Greeks in Google Sheets? Use =OPT_Delta, =OPT_Gamma, =OPT_Theta, and =OPT_Vega. Pass the underlying price, the option price, the expiration date, the option type, and the strike. MarketXLS calculates and returns each Greek. You can also pull pre-calculated Greeks straight off the feed with =QM_GetOptionQuotesAndGreeks.

How do I pick a strike to sell a covered call? A common starting point is to sort the active call chain by delta and pick a strike with delta around 0.20 to 0.30 for short-dated calls. That implies a low probability of assignment. The Strategy Builder sheet in the template has the scaffolding - drop in the tickers you own and the formula does the rest.

Why is implied volatility different from historical volatility? Historical volatility measures how much the stock has moved in the past. Implied volatility is what the option market is pricing in for the future. They often disagree, which is the whole reason traders look at both. =ImpliedVolatility returns the forward-looking IV. Use the QM_GetHistory output and Excel's STDEV on returns to compute historical volatility.

Is MarketXLS available on a free trial? MarketXLS does not offer a free trial. Pricing and demo information is on the pricing page and you can book a demo to see the options workflows in action with a specialist.

The Bottom Line

Google Finance is a fine free price ticker. It is not an options platform and was never meant to be. If you have searched for "google finance options prices" you have probably already discovered there is nothing there to find.

MarketXLS fills the gap. Live option chains, Greeks, IV, IV rank, Black-Scholes pricing, weekly and quarterly expirations, historical chain replay, and market-wide scans - all as native Excel and Google Sheets formulas. Same spreadsheet you already use, with the data layer that actually supports options analysis.

Download the templates above, drop them into Excel or Google Sheets with the MarketXLS add-in installed, and the workbook will refresh with live market data. To see the streaming Greeks, options scans, and strategy backtester in action, book a demo or visit MarketXLS.

This post is educational and is not investment advice. Options trading involves substantial risk and is not suitable for every investor. Always verify quotes and Greeks in your broker before placing a trade.