Managing multiple deliveries across different locations can be challenging, particularly when drivers need to visit several customers within a limited time. Deciding which location to visit first, estimating journey durations and communicating the planned route can take considerable effort when handled manually.
For businesses using a Delivery Management System in the UAE, having an organized approach to route planning can make daily delivery operations easier to manage. That’s where a Fleet Management System with multi-stop route planning capabilities helps dispatchers organize delivery locations, calculate efficient travel sequences, and share route instructions with drivers through WhatsApp.
Informap’s Multi-Stop Route Planner, integrated into its InfoFleet Services platform, brings these activities together through traffic-aware route calculation, flexible scheduling and convenient Google Maps navigation.
Why Does Efficient Multi-Stop Route Planning Matter?
When a vehicle has several delivery stops, the order of those stops can affect the entire trip. Following the order in which customers place their orders may lead to backtracking and longer drives. Planning each route manually using maps or spreadsheets can also take time, especially when stops are spread across different neighborhoods.
Informap’s Multi-Stop Route Planner simplifies this process. Using Google Maps routing technology, it optimizes the order of delivery stops and helps fleet managers review estimated distances and travel times before sharing routes with drivers.
What Are The Key Features of Informap’s Multi-Stop Route Planner
The planner offers several features to help fleet managers organize delivery stops, calculate practical routes, and simplify driver navigation.
1. Traffic-Aware Route Optimization
The shortest route between two locations is not always the quickest. Traffic congestion, road restrictions, highway accessibility and other travel conditions can influence how long a journey takes.
Informap’s Route Planner uses Google Maps routing technology to calculate traffic-aware routes and determine an efficient sequence for visiting multiple locations.
Take, for instance, a grocery delivery vehicle leaving a supermarket with 15 orders to deliver across different residential communities. Visiting customers in the order their purchases were received could result in repeated journeys through the same areas.
Through optimization of the waypoints, the route planner assists in organising the deliveries into an efficient route. By optimizing the waypoint sequence, the route planner helps organise these deliveries into a more practical journey.
Key capabilities include:
- Traffic-aware route calculation using Google Maps routing services.
- Optimization of waypoint visit sequences.
- Estimated travel distance and journey duration.
- Route preferences, including avoiding toll roads, highways, ferries, and tunnels where supported.
- Selection of driving or other supported travel modes.
- Options for returning to the starting point or finishing at a different destination.
The result is a practical, structured delivery plan designed to reduce unnecessary driving and improve fleet productivity.
2. Create Routes with Multiple Delivery Stops
Planning a delivery route does not have to involve manually entering every address and calculating the order of visits.
Informap provides a map-based interface through which dispatchers and fleet administrators can create routes by entering a route name and selecting the appropriate transport mode.
Users can then define the starting location, final destination and intermediate delivery points, known as waypoints.
Existing Points of Interest (POIs) can be selected for established customer locations, while new POIs can be added when required.
Each waypoint can also include operational details such as:
- Number of Services: Specifies the number of deliveries or service activities associated with a particular location.
- Required Time: Records the time allocated to complete the activities at that stop.
Including the required service time makes route planning more practical. A delivery is not limited to moving between two addresses. Drivers may also need time for parking, unloading, handing over orders, and completing delivery documentation.
Once the locations and relevant details have been entered, the system calculates the route and generates an optimized visit sequence.
3. Plan One-Time and Recurring Routes
Delivery schedules can vary considerably between businesses. Some need to organise routes for individual orders, while others visit the same customers on fixed days every week.
Informap supports both requirements through two route types.
One-Time Routes
One-time routes are suitable for deliveries and service visits planned for a specific occasion.
Common applications include:
- E-commerce deliveries
- Urgent shipments
- Special customer orders
- Ad hoc maintenance visits
Recurring Routes
Recurring routes are designed for businesses that regularly serve the same customers or locations on designated days.
Examples include:
- Bottled water distribution
- Laundry collection and delivery
- Scheduled maintenance services
- Regular retail replenishment
Having both options allows businesses to organise repetitive delivery activities while retaining flexibility for individual orders and changing requirements.
4. Review Routes Through Maps and Detailed Visit Sequences
After calculating a route, Informap presents the results through two views: Map View and Grid View.
| View | What It Provides |
| Map View | Displays the calculated route visually, helping dispatchers understand its geographical coverage, direction and overall structure. |
| Grid View | Presents route information in a structured format, making it easier to review delivery details and the planned sequence of visits. |
The route summary includes details such as:
- Scheduled date and time
- Starting location and final destination
- Total number of stops
- Overall route distance
- Estimated travel duration
The visit sequence lists stops in optimized order, along with POI names, addresses, and distances between stops. This helps fleet managers review the planned route before assigning it to a driver.
5. Share Delivery Routes with Drivers Through WhatsApp
Once a route has been prepared, the next step is making sure the driver can access the planned journey.
Informap allows dispatchers to download the route as a PDF and share it with drivers through WhatsApp. The document provides the planned route and delivery sequence, giving drivers a convenient reference during their trip.
This reduces the need to communicate several addresses individually, send separate location pins or explain lengthy driving instructions over the phone.
It can also be useful for businesses working with contracted delivery personnel, temporary drivers or teams that already use WhatsApp for everyday operational communication.
6. Simplify Driver Navigation with Google Maps
Informap’s Route Planner also integrates with Google Maps to make navigation more convenient for drivers.
The shared route document provides two navigation options:
View the Full Route in Google Maps
Drivers can open the route link in Google Maps to view the overall journey and understand the locations they need to visit.
Navigate to an Individual Delivery Stop
Drivers can also select a specific delivery address to open Google Maps navigation from their current location to that destination.
This is helpful when drivers are unfamiliar with a particular delivery area or need to resume navigation after completing a stop. Instead of manually entering customer addresses, they can open navigation directly from the shared route document.
The combination of centralised route preparation and familiar mobile navigation makes the process easier for dispatchers and drivers.
Which Businesses Can Benefit from Multi-Stop Route Planning?
Multi-stop route optimization is useful for businesses that regularly send vehicles to multiple customer locations. Different industries may use it for different delivery and field-service requirements.
| Business Sector | Practical Application |
| Grocery stores and supermarkets | Organizing home deliveries across different neighborhoods |
| E-commerce and courier companies | Planning daily parcel delivery sequences |
| Pharmacies and medical suppliers | Scheduling medicine deliveries to homes and healthcare facilities |
| Food and beverage distributors | Visiting restaurants, hotels and retail outlets |
| Laundry and dry-cleaning services | Organizing customer collection and delivery rounds |
| Bottled water and LPG distributors | Managing recurring household and commercial deliveries |
| Maintenance and field | Scheduling technician visits across customer locations |
| Wholesale and retail distributors | Planning stock replenishment routes across outlets |
Although their operations differ, these businesses share a common requirement: they need to manage multiple destinations, available vehicle capacity and limited operating time while completing their planned visits efficiently.
What Operational Benefits Can Businesses Gain?
A more organised route-planning process can support several aspects of daily fleet operations.
- Reduced transportation costs: Efficient visit sequences can help reduce unnecessary mileage, fuel consumption and vehicle wear.
- Improved driver productivity: Drivers spend less time deciding which location to visit next and more time completing deliveries.
- Better delivery scheduling: Traffic-aware routing can help reduce avoidable travel delays and support planned delivery schedules.
- Improved fleet utilisation: Route distances, estimated durations and service requirements give managers useful information when assigning vehicles and drivers.
- Better customer experience: Well-organised delivery rounds can help businesses provide more dependable service and manage delivery commitments.
- Simplified dispatch operations: PDF route sharing and Google Maps navigation reduce the need for repeated phone instructions and manual address communication.
Connecting Route Planning with Smarter Fleet Management
Route planning is an important part of managing delivery vehicles, but it works alongside other fleet management activities.
For example, businesses using a Real-Time Vehicle Tracking System can gain visibility into the actual movements of their vehicles, while route planning helps determine where those vehicles should travel.
These capabilities serve different but complementary purposes:
- Route planning: Helps dispatchers organise delivery locations, calculate travel distances and determine an efficient visit sequence.
- GPS vehicle tracking: Provides visibility into vehicle locations and movements during operations.
By incorporating its Multi-Stop Route Planner into the InfoFleet Services platform, Informap brings route preparation, geographical visualisation and driver instructions into a broader fleet operations workflow.
This gives businesses an organised way to plan journeys while using GPS tracking to monitor their fleet’s actual movements.
Conclusion: Simplify Delivery Planning with Informap
Planning multiple delivery stops requires an organised approach to routing, navigation and fleet coordination.
Informap’s Multi-Stop Route Planner brings these tasks together with traffic-aware routing, optimized waypoint sequencing, flexible route scheduling, PDF generation, WhatsApp sharing, and one-tap Google Maps navigation in a practical solution for businesses operating multiple delivery stops.
Contact Informap to learn how its fleet management solutions can support your delivery operations.
FAQs
1. Can a multi-stop route planner help reduce fuel consumption?
Yes. By optimizing stop sequences and reducing unnecessary backtracking, it can help lower travel distances and fuel use.
2. Can drivers access planned routes on their smartphones?
Yes. Fleet managers can share route PDFs through WhatsApp, allowing drivers to open delivery locations in Google Maps for navigation.
3. How is route planning different from real-time vehicle tracking?
Route planning determines where a vehicle should travel, while real-time vehicle tracking shows its actual location and movements.
