# 10 Route Planner Software Free Tools for 2026 — Routelink — Routelink Source: https://routelink.app/blog/route-planner-software-free/ 28 September 2026 · Routelink Team # 10 Route Planner Software Free Tools for 2026 — Routelink Compare 10 route planner software free options for deliveries, field work, trucks, and APIs, including limits, use cases, and when to upgrade. ![10 Route Planner Software Free Tools for 2026 — Routelink](https://routelink.app/blog/covers/route-planner-software-free.png?v=4) 28 September 2026 · Routelink Team # 10 Route Planner Software Free Tools for 2026 Compare 10 route planner software free options for deliveries, field work, trucks, and APIs, including limits, use cases, and when to upgrade. ![10 Route Planner Software Free Tools for 2026](https://routelink.app/blog/covers/route-planner-software-free.png?v=4) You need a route planner, but the right choice depends on what “route” means in your operation. A solo driver may only need to reorder stops and open turn-by-turn navigation. A delivery team may need spreadsheet imports, capacity checks, dispatch, tracking, proof of delivery, and customer updates before a route is ready to run. This list compares **ten free or freemium route planner software options** by practical operating fit, not by feature count. The comparison focuses on stop capacity, route optimization, navigation hand-off, setup effort, integrations, and the limits that appear when a simple route calculator becomes part of a daily delivery process. If you’re planning a personal journey, you may also find this guide to [how to plan a road trip summer](https://swiftnetwifi.com/blogs/news/road-trip-summer) useful. For deliveries, the more important question is whether the tool can support repeatable operations. Free plans commonly restrict stop counts or usage, and review coverage in 2026 lists examples including **10 stops for Google Maps and Circuit, 6 addresses for MyRouteOnline, 19 optimized stops for RouteXL, and 26 for MapQuest**. One Upper plan described in the same comparison supports **100 orders per month without a time limit**, which is still a defined allowance rather than unlimited fleet software. [Tech.co’s route-planning comparison](https://tech.co/fleet-management/best-route-planning-software) shows why free tools usually suit solo drivers and very small volumes. ## Table of Contents * [1\. Shipday Free Route Planner](https://routelink.app/blog/route-planner-software-free/#1-shipday-free-route-planner) * [Where it fits](https://routelink.app/blog/route-planner-software-free/#where-it-fits) * [2\. MapQuest Route Planner](https://routelink.app/blog/route-planner-software-free/#2-mapquest-route-planner) * [Why practitioners use it](https://routelink.app/blog/route-planner-software-free/#why-practitioners-use-it) * [3\. RouteXL](https://routelink.app/blog/route-planner-software-free/#3-routexl) * [Best use case](https://routelink.app/blog/route-planner-software-free/#best-use-case) * [4\. TruckRouter](https://routelink.app/blog/route-planner-software-free/#4-truckrouter) * [What it doesn’t replace](https://routelink.app/blog/route-planner-software-free/#what-it-doesnt-replace) * [5\. Google Maps](https://routelink.app/blog/route-planner-software-free/#5-google-maps) * [The practical trade-off](https://routelink.app/blog/route-planner-software-free/#the-practical-trade-off) * [6\. Circuit Route Planner](https://routelink.app/blog/route-planner-software-free/#6-circuit-route-planner) * [A driver-first experience](https://routelink.app/blog/route-planner-software-free/#a-driver-first-experience) * [7\. MyRouteOnline](https://routelink.app/blog/route-planner-software-free/#7-myrouteonline) * [Spreadsheet value, volume limits](https://routelink.app/blog/route-planner-software-free/#spreadsheet-value-volume-limits) * [8\. Microsoft Bing Maps](https://routelink.app/blog/route-planner-software-free/#8-microsoft-bing-maps) * [Best for technical teams](https://routelink.app/blog/route-planner-software-free/#best-for-technical-teams) * [9\. openrouteservice](https://routelink.app/blog/route-planner-software-free/#9-openrouteservice) * [Where ORS earns its place](https://routelink.app/blog/route-planner-software-free/#where-ors-earns-its-place) * [10\. GraphHopper Directions and Route Optimization API](https://routelink.app/blog/route-planner-software-free/#10-graphhopper-directions-and-route-optimization-api) * [A good fit for custom constraints](https://routelink.app/blog/route-planner-software-free/#a-good-fit-for-custom-constraints) * [Top 10 Free Route Planners, Feature Comparison](https://routelink.app/blog/route-planner-software-free/#top-10-free-route-planners-feature-comparison) * [Know When Free Planning Is No Longer Enough](https://routelink.app/blog/route-planner-software-free/#know-when-free-planning-is-no-longer-enough) ## 1\. Shipday Free Route Planner Shipday takes the most useful position for a driver or planner who has a long list of stops but doesn’t want to create an account before testing the route. Its free browser tool can optimize **one route with up to 100 stops**, display the result on a map, and let you inspect the sequence before sending it into your normal driving workflow. You can open the Shipday Free Route Planner directly and start experimenting. ![Shipday Free Route Planner](https://img.routelink.app/blog/images/route-planner-software-free/route-planner-software-free-mapping-software.jpg) That stop allowance is the main reason it ranks first for single-route planning. Many free planners make you split a moderate delivery list into separate calculations. Shipday avoids that problem for a single run, and the no-login workflow makes it convenient when you need a quick answer rather than a new software project. ### Where it fits The trade-off is operational scope. The free planner creates **one route at a time**, so it won’t assign stops across several drivers, balance vehicle capacity, dispatch routes, track drivers, or send customer notifications. It’s a route optimizer, not a delivery control center. Use it when one driver has a large run, a dispatcher needs to test sequencing, or a small business wants to validate whether optimization helps before adopting a broader platform. Don’t treat the 100-stop allowance as evidence that the tool supports 100-stop fleet operations. A large route still needs address validation, service-time planning, vehicle constraints, and a practical way to communicate the final sequence. > **Practical rule:** A high stop limit solves route creation. It doesn’t solve dispatch. ## 2\. MapQuest Route Planner MapQuest remains a strong fit for errands, field visits, and straightforward delivery runs where the planner wants a familiar web interface instead of a specialized logistics platform. Its [Route Planner](https://www.mapquest.com/routeplanner) can reorder stops for time or distance, support round trips, accept addresses by line or copy and paste, and produce printable narrative directions. ![MapQuest Route Planner](https://img.routelink.app/blog/images/route-planner-software-free/route-planner-software-free-route-planner.jpg) The free route supports **up to 26 locations**, which gives MapQuest more room than consumer navigation tools with smaller route limits. [Tech.co reports the 26-location allowance](https://tech.co/fleet-management/best-route-planning-software) alongside other free-plan caps, making MapQuest a practical choice when a short delivery round doesn’t fit comfortably into a basic maps app. ### Why practitioners use it MapQuest works because there’s little to configure. Enter the addresses, choose whether you care more about time or distance, review the reordered route, and print or follow the directions. That suits a contractor visiting properties, a salesperson planning calls, or a local driver handling a modest run. The limitations appear when address lists become messy or routes need to change during the day. Bulk import and address-cleanup tools are basic, and the planner doesn’t provide driver tracking, live delivery ETAs, dispatch controls, customer notifications, or proof of delivery. You’ll still need another system for those tasks. MapQuest is therefore best understood as **a capable free route calculator with navigation support**, not a delivery management system. It offers a higher stop allowance and easier setup than Google Maps, but a growing operation will eventually spend more time preparing and communicating routes than calculating them. ## 3\. RouteXL RouteXL is built around the sequencing problem itself. Add a list of addresses, let the service geocode them, review any location feedback, and use its automatic optimizer to produce a more sensible order. The [RouteXL website](https://www.routexl.com/) also supports exports to navigation apps, which keeps the hand-off practical for a driver who already relies on a preferred navigation tool. The free tier is commonly described as supporting **19 optimized stops per route** in 2026 comparisons, including [Tech.co’s route-planner review](https://tech.co/fleet-management/best-route-planning-software). That makes RouteXL a good middle ground. It’s more purposeful than a maps app, but it remains accessible to a small operator that doesn’t need dispatch or driver monitoring. ### Best use case RouteXL fits small delivery rounds, service calls, and sales routes where the main job is to avoid inefficient stop order. Its interface is focused, so you won’t have to move through a large fleet-management dashboard to solve a small routing problem. Address feedback is also valuable because bad geocoding can undermine an otherwise sensible sequence. The free allowance still means you’ll need to split larger lists. There’s no live driver tracking, customer notification workflow, or proof-of-delivery record in the basic experience. A dispatcher can export a route, but the driver and customer relationship remains outside the tool. For a small route, that simplicity is a benefit. For a recurring operation, it becomes a manual hand-off that someone must repeat every day. Compare that workflow with [free route planning software for multiple stops](https://routelink.app/blog/free-route-planning-software-multiple-stops/) before deciding whether route sequencing alone is enough. > RouteXL is strongest when the question is “What order should these stops go in?” It’s weaker when the question becomes “What happened at each stop?” ## 4\. TruckRouter TruckRouter belongs in a different category from consumer route planners. Its value isn’t just placing stops in a sequence. The [TruckRouter planning service](https://www.truckrouter.com/) is designed for commercial vehicles and accounts for restrictions such as **vehicle height, weight, and hazmat requirements**. It can also provide state mileage, toll estimates, and IFTA-related summaries. ![TruckRouter](https://img.routelink.app/blog/images/route-planner-software-free/route-planner-software-free-map-view.jpg) That makes it the better choice for a truck operator who’d rather avoid an unsuitable road than shave a little distance from a route. A low bridge, weight restriction, or hazardous-material rule can turn a normal navigation suggestion into a costly operational error. TruckRouter puts those planning considerations ahead of the generic car-routing experience. ### What it doesn’t replace The service is intended for planning, not as a complete turn-by-turn navigation suite. You’ll need to understand how the final route reaches the driver and whether the driver’s navigation device can follow the planned restrictions correctly. A free account is required, so it isn’t as frictionless as a no-login consumer tool. Its optional stop optimization is useful when a truck has several destinations, but commercial routing needs more than sequencing. You may still need dispatch, driver status, customer communication, delivery documentation, and post-run reporting elsewhere. TruckRouter can protect the planning stage without managing the full operating day. Choose it for commercial vehicle restrictions, mileage and toll planning, or compliance-oriented route preparation. Don’t choose it because it has more fleet language than Google Maps. The decisive question is whether the tool reflects the vehicle and load you operate. ## 5\. Google Maps Google Maps is the easiest recommendation for a person who needs dependable navigation rather than automatic route optimization. Add destinations, drag them into the desired order, check traffic-aware ETAs, and hand the route to the driver through the web, Android, or iOS experience. The [Google Maps route planner](https://maps.google.com/) is familiar, quick, and available on devices most drivers already use. ![Google Maps (multi-stop routing)](https://img.routelink.app/blog/images/route-planner-software-free/route-planner-software-free-openrouteservice-interface.jpg) The important limitation is that Google Maps doesn’t automatically optimize the order of stops. The usable route interface is generally limited to **around 10 stops**, a cap also noted in [Tech.co’s comparison of free route-planning tools](https://tech.co/fleet-management/best-route-planning-software). If you have a short list and already know the sensible order, that may be enough. If you have a scattered delivery list, manual ordering can leave unnecessary backtracking in the route. ### The practical trade-off Google Maps wins on navigation quality and live traffic visibility. It loses on delivery workflow. There’s no native dispatch board for a small fleet, no capacity check, no proof-of-delivery workflow, and no customer-facing delivery process in the basic multi-stop experience. That makes it a good driver-side tool and a poor operations system. A manager can text a route or share a link, but route changes, driver progress, missed stops, and customer updates remain fragmented. The team often ends up maintaining a spreadsheet beside the map. Read [delivery route planning software](https://routelink.app/blog/delivery-route-planning-software/) when your planning problem includes more than navigation. Google Maps is still an excellent final-mile navigation hand-off, but it shouldn’t be mistaken for automatic multi-driver route planning. ## 6\. Circuit Route Planner Circuit is designed around the driver’s phone. Its workflow is direct: enter stops, optimize the sequence on the device, reorder anything that needs a manual adjustment, and hand each leg to the navigation app the driver prefers. The [Circuit Route Planner app](https://apps.apple.com/app/circuit-route-planner/id1198232244) is a good fit for solo drivers who don’t want a desktop dispatch system. The free tier handles **around 10 stops**, and larger routes require a paid plan. That limit is also included in [Tech.co’s 2026 review of free route planners](https://tech.co/fleet-management/best-route-planning-software), so the app is best tested against your real daily route rather than judged from its interface alone. ### A driver-first experience Circuit’s strength is speed at the point of work. A driver can make changes without waiting for a dispatcher to rebuild the route, and the hand-off to a preferred navigation app keeps the driving experience familiar. For a small round with predictable stops, that can be more useful than a feature-heavy platform. The free limit becomes restrictive when a route regularly exceeds the allowance or when several drivers need different assignments. Circuit’s basic route-planning experience doesn’t provide the operational layer many delivery managers eventually need, including centralized dispatch, customer notifications, capacity visibility, and proof of delivery. Circuit is therefore a practical test for **one driver and smaller rounds**. If drivers are planning their own work, it may be enough. If a manager needs to control multiple routes, balance workloads, or explain delivery status to customers, the team has outgrown a driver-side optimizer even if the route sequence itself remains good. ## 7\. MyRouteOnline MyRouteOnline is most useful when your route list already lives in a spreadsheet. The platform supports CSV import and export, multi-stop optimization, basic address cleanup, and route hand-off to GPS devices or navigation apps. You can try the [MyRouteOnline route planner](https://www.myrouteonline.com/) without a credit card, which makes it practical for testing a real address file rather than entering a few sample stops. Its free capacity is small. [Tech.co lists six addresses for MyRouteOnline’s free plan](https://tech.co/fleet-management/best-route-planning-software), so the tool is better for validating imports and workflows than for running a substantial daily route without payment. ### Spreadsheet value, volume limits The import workflow is the reason to consider it. A planner can examine how the service interprets columns, identify weak addresses, optimize a small sample, and export the result for navigation. That process is more representative of business use than manually typing every stop into a consumer map. The problem is continuity. Higher volumes and ongoing use require a paid plan, and a small free allowance means you can’t assess the full operational experience using only a large production file. It also doesn’t turn an imported spreadsheet into a dispatch, tracking, or proof-of-delivery system. MyRouteOnline suits a small business that needs to experiment with structured address data. It doesn’t suit a team that expects the free plan to carry recurring delivery operations. Test the import accuracy and repeatability first, then calculate how often someone must clean, export, and redistribute the route. ## 8\. Microsoft Bing Maps Bing Maps is a sensible alternative for teams already working in Microsoft’s ecosystem or for developers who want route optimization exposed through an API. The [Bing Maps platform](https://www.bing.com/maps) supports multi-stop directions, itinerary tools, and optimized waypoints through its API, with options to optimize for time or distance. The web interface is useful for light planning, but its optimization behavior can feel less consistent than a purpose-built route planner. The API is where Bing Maps becomes more interesting, because a technical team can build optimized waypoint logic into an internal tool instead of relying on manual drag-and-drop. ### Best for technical teams Bing Maps works when the organization can accept some setup effort. A developer needs to handle API access, requests, results, error cases, and whatever interface planners will use. That’s a different proposition from opening Google Maps or MapQuest and entering addresses. For a nontechnical solo driver, the extra setup provides little benefit. For a Microsoft-oriented business with an existing internal dashboard, spreadsheet automation, or custom workflow, the API can be a useful foundation. It gives the team more control over how routes are generated and displayed. The same boundary still applies. A routing API doesn’t automatically provide multi-driver dispatch, delivery proof, customer notifications, or live operational analytics. Those functions must be built or connected separately. Bing Maps is a technical routing component, not a ready-made delivery operation. ## 9\. openrouteservice openrouteservice, often called ORS, is the strongest option here for technical users who want an open-data routing stack and analytical tools. Its [openrouteservice platform](https://openrouteservice.org/) supports car, bicycle, and foot profiles, plus isochrones, points of interest, and API-based waypoint optimization. The API supports **up to 50 waypoints**, according to the supplied product specification, while the free service still applies request limits. The web client is more manual than consumer mapping tools, so the practical value depends on whether someone on the team is comfortable working with API calls or scripts. ### Where ORS earns its place ORS is useful when route planning is part of a broader geographic analysis problem. A developer can examine reachable areas, compare travel profiles, or embed optimized waypoint requests into a custom workflow. That flexibility matters more to a technical team than a polished driver-facing screen. It’s less convenient for an operations manager who wants to paste an address list and assign routes. Optimization typically requires the API or scripting, and free-tier request caps must be managed. The web interface can create routes, but it doesn’t remove the need to understand the underlying data and workflow. Use ORS to prototype a routing integration, explore open mapping data, or support territory analysis. Don’t choose it as a turnkey delivery system. It can calculate routes, but it won’t independently handle dispatch, customer communication, proof of delivery, or post-run accountability. ## 10\. GraphHopper Directions and Route Optimization API GraphHopper is for teams that want to build route planning into their own software. Its [Directions and Route Optimization API](https://www.graphhopper.com/) includes VRP and TSP solvers, routing matrices, directions, worldwide OpenStreetMap-based coverage, and flexible profiles and constraints. ![GraphHopper Directions / Route Optimization API](https://img.routelink.app/blog/images/route-planner-software-free/route-planner-software-free-route-planning.jpg) The free plan is useful for prototyping and testing, but GraphHopper isn’t an end-user planner with a ready-made dispatcher screen. A developer must connect the API to an application, spreadsheet connector, internal dashboard, or other workflow. That effort is justified only when the business needs routing logic that standard tools can’t provide. ### A good fit for custom constraints GraphHopper makes sense when the route model includes constraints that need to be represented in software. A technical team can work with optimization, matrix, and directions endpoints and then decide how planners, drivers, and customers see the results. This gives the business control over the surrounding workflow. The cost is ownership of the integration. Someone must manage authentication, data formatting, geocoding assumptions, error handling, route results, and changes to the business process. A free API prototype can prove the routing concept without proving that the entire operation is ready. Before building around an API, understand the underlying [vehicle routing problem](https://routelink.app/blog/vehicle-routing-problem/). GraphHopper can provide the optimization engine, but your team still has to build the operating layer around it. ## Top 10 Free Route Planners, Feature Comparison | Tool | Core features | UX (★) | Value / Price (💰) | Best for (👥) | Unique selling points (✨ / 🏆) | | --- | --: | :-: | :-: | :-- | --- | | Shipday Free Route Planner | Single-route optimizer up to 100 stops, map edit | ★★★ | 💰 Free, no account | 👥 Ad-hoc planners, large single routes | ✨ No-login, large free stop allowance · 🏆 quick one-off planning | | MapQuest Route Planner | Multi-stop reorder, printable directions, round trips | ★★★ | 💰 Free | 👥 Consumers, errands, simple deliveries | ✨ Printable narrative directions · 🏆 easy start without dev skills | | RouteXL | Auto-sequencing, geocoding, export to nav apps | ★★★★ | 💰 Free tier (20 stops) | 👥 Small deliveries, service routes | ✨ Purpose-built sequencing · 🏆 clean optimizer UI | | TruckRouter | Truck-restricted routing, IFTA/toll estimates, POIs | ★★★ | 💰 Free (account) | 👥 Commercial truck fleets, compliance planners | ✨ Truck restrictions & compliance summaries · 🏆 tailored for CMVs | | Google Maps (multi-stop) | Traffic-aware ETAs, turn-by-turn, device sync | ★★★★★ | 💰 Free | 👥 General drivers, familiar workflows | ✨ Live traffic & cross-device sync · 🏆 ubiquitous navigation | | Circuit Route Planner | On-device optimization, stop reordering, nav hand-off | ★★★★ | 💰 Freemium (small free tier) | 👥 Solo drivers, small rounds | ✨ Driver-focused workflow · 🏆 fast on-device optimization | | MyRouteOnline | CSV import/export, optimize multi-stop, GPS hand-off | ★★★ | 💰 Trial → paid plans | 👥 Planners testing bulk address lists | ✨ Spreadsheet-first imports · 🏆 practical for CSV workflows | | Microsoft Bing Maps | Optimized waypoints via API, multi-stop itinerary | ★★★ | 💰 Free UI / API setup (developer effort) | 👥 Microsoft ecosystem teams, devs | ✨ Documented optimization API · 🏆 solid Google alternative | | openrouteservice (ORS) | OSM-based routing, isochrones, API waypoint optimization | ★★★★ | 💰 Free/open tier (API caps) | 👥 Developers, open-data users | ✨ Open-data analytics & isochrones · 🏆 generous developer limits | | GraphHopper Directions / Optimization | VRP/TSP solvers, routing matrix, flexible profiles | ★★★★ | 💰 Free tier → paid scaling | 👥 Dev teams building custom optimization | ✨ Robust VRP engine & constraint support · 🏆 developer-grade optimizer | ## Know When Free Planning Is No Longer Enough Free route planner software is useful when the planning problem is narrow. One driver can enter stops, optimize an order, and follow the result. A small business can test whether automatic sequencing is better than manual planning. A truck operator can check commercial restrictions before sending a vehicle out. Those are legitimate use cases, and paying for a larger platform too early can add unnecessary process. The sensible way to test a tool is to use a representative route, not a toy example. Prepare an address list that reflects normal work, including imperfect addresses, repeated customer types, and the usual geographic spread. Check which stops geocode correctly, identify weak matches, and see whether the planner makes you fix the same data manually each time. Then compare the output with your current process. Review the optimized order against a manually ordered route, test the navigation hand-off on the driver’s actual device, and record how much work is required to prepare and share the route. Don’t only ask whether the map looks efficient. Ask who receives updates, who handles a new order, and how the team knows whether every stop was completed. > **Test the repeatable workflow, not just the first successful route.** A free tool may remain suitable for one driver or occasional planning. The boundary appears when you need **multiple depots, recurring routes, capacity constraints, driver dispatch, proof of delivery, customer notifications, live tracking, or post-run analytics**. At that point, the issue isn’t whether the optimizer can calculate a route. It’s whether the operation can collect orders, validate addresses, assign work, communicate status, and retain a reliable record without stitching together several disconnected tools. That’s where a delivery platform such as Routelink becomes relevant. Routelink supports consolidated order intake through spreadsheets, Shopify, WooCommerce, APIs, and webhooks, then provides automatic geocoding, multi-depot planning, constraint-based assignment, route editing, browser-based driver links, proof of delivery, customer notifications, branded tracking pages, and post-run analytics. Drivers don’t need a native app, and managers can separate operations by depot and date. The choice should follow the work. Stay with Google Maps, Circuit, MapQuest, or RouteXL when a driver only needs sequencing and navigation. Consider TruckRouter for commercial vehicle restrictions, ORS or GraphHopper for technical integrations, and a delivery platform when planning has become only one part of the daily operating system. * * * If your team has outgrown manual route sharing, Routelink combines order intake, multi-depot optimization, driver dispatch, browser-based navigation links, proof of delivery, customer tracking, and post-run analytics. Visit [Routelink](https://routelink.app/) to see how a free route-planning workflow can develop into a connected delivery operation. [← Back to all posts](https://routelink.app/blog)