How do I add more than 10 destinations?

How to Add More Than 10 Destinations on Google Maps: 3 Workarounds

Drivers facing the 10-stop limit in Google Maps often seek how to add more than 10 destinations on google maps for road trips or deliveries. The limitation stems from the apps design, but effective workarounds allow adding numerous stops. Mastering these methods saves time and prevents the frustration of incomplete itineraries. Discover the three proven techniques below.

How to bypass the 10-destination limit on Google Maps

Google Maps imposes a strict 10-stop cap per route (including your starting point), which often frustrates users planning complex road trips or delivery schedules. To add more than 10 destinations, you can use Google My Maps to pin unlimited locations, employ third-party URL combiners like MoreThan10, or split your journey into segmented routes. These workarounds allow you to visualize and navigate extensive itineraries without being restricted by the standard applications interface limits.

Google Maps currently serves over 2 billion monthly active users and maintains a 67% market share in the mobile navigation space. Despite its dominance, the 10-stop limit remains a structural constant in the consumer app.

Ill be honest - hitting that tenth destination marker during a 15-stop itinerary planning session is an exercise in pure frustration. Ive spent hours trying to squeeze just one more location into a Pacific Coast Highway plan, only to realize the app simply wont budge. But there is a technical coordinate trick involving URL character limits - something most guides ignore - that can help you manage massive lists of stops. I will explain exactly how to exploit it in the technical section below.

Why does Google Maps limit routes to 10 stops?

The 10-stop limit is primarily designed to maintain app performance and simplify the user interface for the average commuter. Processing real-time traffic, terrain, and turn-by-turn directions for 20 or 30 waypoints simultaneously requires significant computational resources on mobile devices. By capping stops at 10, Google ensures that ETAs remain accurate for 97% of trips, providing a seamless experience for most of its massive user base.

In 2026, with nearly 44% of travelers planning domestic road trips, the demand for multi-stop planning has never been higher. Yet, for professional fleets or heavy travelers, this consumer-grade limit is a major bottleneck.

Route optimization software - used by logistics giants - often reports significant fuel cost reductions simply by reordering stops efficiently. Since Google Maps lacks a native optimize button for more than 10 stops, users are forced to manually bridge the gap using the methods described below. It took me three separate failed attempts during a cross-state move to realize that the consumer app and the professional mapping tools live in entirely different ecosystems.

Method 1: Using Google My Maps for heavy planning

Google My Maps is the power user version of the standard tool. Unlike the main app, My Maps allows you to create custom layers - up to 10 per map - and pin hundreds of individual locations. It is the best way to visualize a massive list of addresses before you ever start the engine. You can import CSV or Excel files directly, turning a messy spreadsheet into visual clusters of data in seconds.

The catch? (And it is a big one). My Maps does not provide real-time, turn-by-turn navigation directly. You can see your pins, but you cannot just hit Start and have the app guide you through all 50 stops.

The strategy I use involves grouping pins into layers of 9 locations each. Once you are on the road, you open the My Maps overlay in your standard Google Maps app, tap a pin, and select Directions. Rarely have I found a better way to manage 30+ locations without paying for professional dispatching software. It is messy - switching between the map and the navigation mode - but it works.

Method 2: The URL manipulation and third-party hack

If you are working on a desktop, you can exploit the way Google Maps handles URL parameters to combine multiple routes into one. Tools like MoreThan10 or RouteXL take the URLs of two separate 10-stop routes and stitch them together. Since modern browsers now support URL lengths up to 8,192 characters (and some even higher), the address bar can technically hold a much longer list of coordinates than the apps sidebar allows.

To do this manually, you would create Route A (10 stops) and Route B (10 stops, starting where A ends). By copying the coordinates - those long strings of numbers in the URL - and appending them with a pipe symbol (|) or a comma (%2C), you can force the browser to display one continuous path.

Ive used this to create a massive 22-stop loop for a city-wide errand run. It felt like a triumph - until I tried to send it to my phone and the mobile app truncated it back to 10 stops. Seldom does a technical hack feel so clever and so limited at the same time.

Method 3: Segmented routing for long journeys

For most people, the simplest solution is segmented routing. This involves breaking your trip into Leg 1, Leg 2, and so on. For instance, if you have 25 destinations, you plan three separate routes of 8-9 stops each. You can save these routes as Directions links in a Notes app or send them to yourself via email. When you finish the first leg, you simply tap the next link.

This method is surprisingly effective because it accounts for the reality of long-distance travel. Traffic patterns change, and stopping for a 30-minute lunch can render an optimized 20-stop route from four hours ago completely obsolete. By segmenting, you allow the app to recalculate the best path for each leg based on live data. In my experience, trying to over-plan 20 stops into one rigid link usually ends in a mess of late arrivals and missed turns. Simple works. Always.

Technical Deep Dive: Coordinates and the 2,048 character limit

Earlier, I mentioned a coordinate trick to manage massive lists. Most users type in full addresses, which takes up significant space in the maps URL. However, if you use latitude and longitude coordinates instead of street names, you can drastically reduce the character count. A standard Google Maps URL is often limited to 2,048 characters for intent requests. Street addresses like 1600 Pennsylvania Avenue NW, Washington, DC are character-heavy. In contrast, 38.8977,-77.0365 is lean.

Google typically rounds these values to 6 decimal places, which provides a precision of roughly 11.1 centimeters (about 4 inches). By using 6-decimal coordinates, you can fit nearly double the number of waypoints into a single URL compared to using full addresses.

This doesnt magically lift the apps 10-stop sidebar limit, but it is the foundation for how third-party tools and the google maps route planner more than 10 stops approach manage complex data. My first time doing this, I felt like I was writing code for a NASA mission. Then I realized I was just trying to find three different coffee shops in a single afternoon. (The eyes burning from staring at decimal strings was real).

Choosing the right workaround for your trip

Standard Google Maps App

High - best turn-by-turn navigation experience

Strictly 10 (1 start + 9 destinations)

Short daily errands and simple A-to-B navigation

⭐ Google My Maps

Moderate - requires manual navigation from the overlay

Unlimited markers; 10 layers per map

Large-scale planning, group trips, and site visualization

Third-Party Tools (MoreThan10)

Low - desktop only; can be buggy when synced to mobile

Technically unlimited (limited by browser URL length)

Combining multiple 10-stop routes into a single link

Mark's Pacific Coast Highway logistical nightmare

Mark, a photographer from Portland, wanted to map 18 specific sunrise and sunset spots along the Oregon coast for a week-long shoot. He initially tried to cram them all into one Google Maps route, only to find the app blocked him after the tenth stop.

First attempt: He tried to create three separate browser tabs, but he kept losing track of which stop came next while driving in areas with spotty 5G coverage. Frustration peaked when he accidentally deleted a route halfway through the day.

He eventually switched to Google My Maps, color-coding his sunrise and sunset spots into two distinct layers. He realized that trying to 'automate' an 18-stop route was less effective than having a visual master list to pick from based on the current weather.

The result was a successful 7-day trip with 100% of his targets hit. He saved roughly 15% on fuel by clustering stops within 20 miles of each other, proving that visual grouping beats a single long route every time.