Excel versus Sheets is the oldest argument in the spreadsheet world, and both sides are right. They’re different tools for different situations. Here’s the honest breakdown for 2026.
The short version
Excel wins on raw power. Advanced formulas, big datasets, Power Query, VBA. If you’re doing heavy analysis, Excel is still the professional tool.
Sheets wins on sharing and integration. Real-time collaboration, free, works in a browser, plugs into the rest of Google Workspace. If you’re working with people, Sheets is usually the better default.
Excel’s real advantages
- Power Query. Cleaning and transforming data without formulas. Sheets has no true equivalent, so you’re writing formulas or scripts.
- Big data. Excel allows 1,048,576 rows per sheet and millions of rows through Power Pivot. A Google Sheets file is capped at 10 million cells, which a five-column sheet reaches at roughly 2 million rows.
- VBA and macros. Automate anything in the workbook, record actions, build tools. Sheets uses Apps Script, which is capable but less ergonomic for recording.
- Advanced formulas. The modern formula toolkit, from dynamic arrays (
SORT,FILTER,UNIQUE) to LAMBDA and XLOOKUP, landed in Excel years before Sheets caught up (Sheets has them now, mostly). - Offline & desktop performance. Feels snappier for serious work, no tab reloading.
Sheets’ real advantages
- Collaboration. Multiple people editing the same cell in real time is still magic. Excel’s co-authoring exists but lives in the cloud version and isn’t as frictionless.
- Free. No Microsoft 365 subscription for the core experience.
- Browser-based. Works on a Chromebook, a borrowed laptop, anywhere you can open a tab.
- Google Workspace integration. Data flows in from Gmail, Forms, Calendar, and other apps without connectors.
- Version history. Every edit is tracked forever. Excel does this, but Sheets’ implementation is more transparent and easier to use.
- Scripting without installs. Apps Script can hook into Gmail and Drive for automation Excel can’t match without extra tooling.
What Sheets does that Excel still doesn’t
The formula gap has closed, but a few Sheets functions have no Excel counterpart, and they are the reason some teams stay in Sheets on purpose:
- QUERY runs SQL-like statements over a range (
=QUERY(A:C, "select A, sum(C) where B = 'paid' group by A", 1)). In Excel the same job means Power Query or a pivot table, not a formula. - SORTN returns the top rows and handles ties, which is closer to a ranked report than a plain sort.
- FLATTEN turns a range of ranges into a single column, the fastest way to unstack a matrix of months.
- SPARKLINE draws an in-cell chart without a chart object, useful in compact dashboards.
- ARRAYFORMULA and the array-handling model mean one formula can fill a column, instead of filling down.
- IMPORTRANGE pulls a range from a separate spreadsheet file by URL, which Excel does through external links or Power Query.
None of these change the verdict below, but they explain why a Sheets shop can look slow to leave: the workarounds in Excel are real, and they are not formulas.
Where it gets tricky
| Task | Better tool |
|---|---|
| Heavy data analysis, Power Query workflows | Excel |
| Team budget tracking, shared planning | Sheets |
| One-off invoice or list | Either (honestly, Sheets) |
| Huge datasets (500k+ rows) | Excel |
| Small business operations with the team | Sheets |
| Financial modeling with advanced functions | Excel |
| Client-facing live dashboards | Sheets |
Feature parity in 2026
The gap has narrowed to a few specific features. Both tools now ship dynamic arrays, XLOOKUP, LAMBDA, and named functions, so most formula advice transfers without changes.
| Feature | Excel | Google Sheets |
|---|---|---|
| Dynamic arrays (SORT, FILTER, UNIQUE) | Native | Native |
| XLOOKUP | Native | Native |
| LAMBDA and named functions | Native | Native |
| Transform data without formulas | Power Query | No direct equivalent, Apps Script or add-ons |
| Pull data from another file | Power Query or external links | IMPORTRANGE |
| Scripting | VBA and Office Scripts | Apps Script |
| Rows per sheet | 1,048,576 | No fixed row limit, the file is capped at 10 million cells |
| Cell limit | None per sheet | 10 million cells per file |
The practical difference is not the formula list, it is what happens around the formulas: Excel has a data transformation layer that Sheets does not, and Sheets has a browser-first sharing model that Excel only partially matches.
The migration question
Switching is easier than people fear, in one direction:
- From Sheets to Excel: near-perfect. Open the file in Excel, fix minor formatting, done.
- From Excel to Sheets: usually fine for formulas, but Power Query, VBA, and complex conditional formatting don’t translate. Expect to rebuild those parts.
So if you think you’ll need Excel eventually, starting in Excel costs you almost nothing. Starting in Sheets and needing Power Query later costs you a rebuild.
The verdict
Pick Excel when the work is heavy analysis and the data is big, and when you’re building something that will be reused for years (models, templates, macro tools).
Pick Sheets when the work involves other people, needs to be accessible everywhere, or connects to the Google ecosystem.
Most freelancers and small teams default to Sheets and it’s the right call. Most finance and operations professionals default to Excel and it’s the right call. The overlap where they’re interchangeable is bigger than either side admits, and if you’re in the overlap, pick the one your collaborators use.
If you’re moving from one to the other, the formula differences are smaller than expected: SUMIF and VLOOKUP fixes work nearly identically in both, which says a lot about how converged these tools have become.
If a third tool joins the shortlist, the Google Sheets vs Airtable vs Excel comparison extends this one. And when imported data lands in a single messy column, our split text to columns fix shows the quick repair.