How to Plan a Route from a Google Sheet: A 5-Step Workflow

Logistics relies on spreadsheets. When delivery runs, property viewing schedules, or site surveys begin, the data almost always starts as a pasted column of addresses in Google Sheets. The friction occurs when you try to turn that text into a navigable sequence. Exporting to third-party routing software introduces copy-paste errors, strict list limits, and monthly subscription costs that are hard to justify for a simple day of driving.

If you need to plan a route from a google sheet, the most direct method avoids external software entirely. By using the InstaMaps add-on, you can run a standardised five-formula workflow directly inside your document. This guide walks through the exact chain our most active users rely on to convert a raw list of locations into a clean, sequenced driving route with a shareable map.

1. Standardise Raw Data with =CLEAN_ADDRESS

Address lists exported from CRMs or copied from emails are rarely uniform. You will see trailing spaces, missing commas, and inconsistent capitalisation. These variations confuse mapping APIs and result in failed lookups or misplaced pins.

To standardise the text, use the =CLEAN_ADDRESS formula. If your raw addresses are in column A, you can run an array formula in column B to process the entire list at once.

Screenshot-worthy moment: The exact moment 200 messy text strings instantly format into perfectly punctuated, properly cased postal addresses.

1. Formula: =CLEAN_ADDRESS(A2:A50)

2. What appears: Cleaned text strings (e.g., '123 main st' becomes '123 Main St').

3. Pro tip: You can access this via the sidebar at Extensions > InstaMaps > Formulas to avoid typing.

2. Generate Coordinates with =GEOCODE

Clean text is necessary, but a map requires latitude and longitude coordinates to calculate distances. The =GEOCODE function translates your newly standardised text into precise decimal coordinates.

Because InstaMaps processes arrays, pointing the formula at the entire range of cleaned addresses will populate the coordinates automatically. This step relies on the Google Maps infrastructure, which handles 100 free lookups per day on the standard tier, or 1,000 lookups per day if you verify your account with a free email unlock.

Screenshot-worthy moment: The sheet transforms from plain text to a data-rich table populated with precise global positioning points.

1. Formula: =GEOCODE(B2:B50)

2. What appears: Decimal coordinates (e.g., 51.5074, -0.1278) in a new column.

3. Calculate Proximity with =DISTANCE and Native SORT

To sequence your stops logically, you first need to understand their physical proximity to your starting point. Place your home base or departure warehouse coordinates in a specific cell, such as D1.

Next, use the =DISTANCE function to measure the straight-line distance from your base to every stop on the list. Once those numbers populate, highlight your data range and apply Google Sheets' native Sort function (Data > Sort range) to arrange the list from nearest to furthest. Alternatively, you can use =SORT_BY_DISTANCE to handle this automatically.

Screenshot-worthy moment: A randomly pasted list reorganises itself into a logical outward-spiral sequence based on true geographic distance.

1. Formula: =DISTANCE($D$1, C2)

2. What appears: The distance in miles or kilometres from your starting point.

4. Visualise the Day with =INSTAMAP

Looking at coordinates and distances on a spreadsheet grid only tells half the story. You need to see the route visually to confirm it makes geographic sense. The =INSTAMAP formula generates a live, hosted URL based on your coordinate data.

Unlike static map images, this link is dynamic. If you delete a stop from your sheet or add a new address, the hosted map updates automatically when the page is refreshed. You can text this link to a driver or share it with a client.

Screenshot-worthy moment: Clicking the generated URL and seeing all your plotted stops appear on a clean, interactive web map without any dashboard navigation.

1. Formula: =INSTAMAP(C2:C50)

2. What appears: A clickable hyperlink to a hosted map.

3. Fact: This link is broadcast-ready and serves as an excellent live reference link for logistics teams.

5. Build the Navigation Link with =ROUTE_LINK

The final step creates the actual turn-by-turn navigation. Google Maps limits URL-based routing to a strict maximum of 10 stops. Therefore, you should limit your =ROUTE_LINK formula to your first 10 sorted coordinates (plus your origin) for a morning loop, and repeat for an afternoon loop.

The =ROUTE_LINK function compiles your coordinates into an official Google Maps URL scheme. For advanced users who need to calculate optimal multi-stop sequences before generating the link, =VISIT_ORDER can be applied to the data range. Clicking the generated link immediately opens the Google Maps app on your phone, ready to start driving.

Screenshot-worthy moment: The transition from spreadsheet data to the Google Maps mobile app, showing 'Start Navigation' ready to go.

1. Formula: =ROUTE_LINK(C2:C11)

2. What appears: A direct link to Google Maps turn-by-turn navigation.

3. Limit: Maximum 11 stops (origin + 10 destinations) per route link.

4. Templates: Pre-built versions of this exact workflow are available at get-instamaps.com/templates.

Common Questions