Transportation Route Planner: What Is It, How Does It Work, and Why Do You Need One?

"What used to be pickups, we handled with paper. We had a driver who would leave in the morning with his route sheet... Not being able to properly optimize our routes resulted in lost administrative time because we had to plan them manually." — David Figueroa, Engineering and Innovation Manager, OCA

01. What Is a Transportation Route Planner and How Does It Work?

A transportation route planner is logistics software, often part of a Transportation Management System (TMS), that can automate fleet assignment and optimize multi-stop delivery sequences. The technology can help manage the complexity of daily operations—including multiple destinations, traffic conditions, vehicle constraints, and strict customer delivery windows—using routing algorithms.

By helping logistics teams plan more efficiently, route planning technology can support efforts to reduce unnecessary miles and fuel consumption, lower the environmental impact of transportation, and improve service-level management across B2B supply chains.

In today's demanding logistics environment, a route planner can be a valuable resource for companies looking to manage last-mile operations more efficiently, support profitability, and provide customers with greater visibility into their deliveries.

02. Benefits: Beyond the Numbers, the Impact on Your Team and Customers

The impact of implementing route planning technology can be reflected in Return on Investment (ROI), as well as in the day-to-day experience of logistics teams. Moving away from manual planning can provide several operational benefits:

• Up to 75% less time spent on planning: Tasks that can take a team hours to consolidate in spreadsheets may be completed in minutes with advanced software. This can free up operational time for strategic activities and exception management.
  
• Potential transportation cost savings: By creating more efficient routes and helping avoid unnecessary fleet overlap within the same region, route optimization can improve vehicle utilization and contribute to lower transportation costs. In some operations, this can result in cost reductions of between 10% and 15%.

"We've reduced transportation costs by between 10% and 15% since implementing [Descartes + Drivin]. ... It helped us tremendously with the cultural shift to compete at the same level as the market and provide added value through technology in exchange for time and cost savings." — David Figueroa, Engineering and Innovation Manager, OCA

• Up to 35% increase in delivery capacity: By reducing manual guesswork, the system can help maximize the number of stops planned for each route and support delivery improvements, measured through OTIF (On-Time In-Full) performance. Depending on the operation, this may contribute to improvements of up to 35%.
• Greater efficiency in multi-client and multi-stop operations: For dense or 3PL (third-party logistics) operations, the software can consolidate orders from different customers into multi-stop sequences. This can help improve vehicle utilization while taking different customer delivery windows into account.
• Support for regulatory compliance: Route planning algorithms can incorporate applicable operational constraints, including mandatory driver rest periods, working-hour requirements, and restrictions on heavy-duty vehicle circulation. This can help planning teams account for relevant requirements when building routes.
• Potential reduction in CO2 emissions: By helping reduce unnecessary miles, route optimization can contribute to a more sustainable operation and support companies in pursuing their environmental goals.
  

03. Free Route Planner (Google Maps) vs. Professional TMS

Many businesses start by looking for a "free route planner" or by trying to manage deliveries with consumer-oriented tools. While Google Maps can be useful for getting from point A to point B, its capabilities are not designed specifically for the complexity of professional logistics operations.

For operations that face high levels of complexity and need to scale, a Transportation Management System (TMS) with route optimization capabilities can provide more advanced tools for managing fleet and delivery planning:

04. Essential Features to Help Reduce Daily Operational Challenges

If you're considering investing in a transportation route planner, look for capabilities that can address common day-to-day operational challenges:

• Real-time visibility: Access information about where each vehicle is without relying exclusively on phone calls or manual updates.

"What provides the most added value within our company is having real-time visibility. We had no idea where the vehicle was or what it was working on... Today, we have 90% more real-time visibility, which solves many problems and allows us to provide an immediate response to the customer." — David Figueroa, Engineering and Innovation Manager, OCA

• Dynamic routing: The ability to recalculate routes and adapt to unexpected conditions on the road can help teams respond to changes while maintaining greater control over execution.
• Intelligent fleet assignment: The system can match loads with appropriate vehicles based on configured operational criteria, helping reduce inefficient fleet overlap within the same area.
• Digital Proof of Delivery (POD): Digital POD can help replace paper-based processes by allowing drivers to capture delivery information directly in the field and provide documentation that a delivery was completed.

For companies like ERSA Logística, adopting TMS technology helped address operational blind spots. By digitizing their planning processes, they were able to structure their operations to support "instant deliveries" and reduce operational delays, while gaining greater real-time visibility to help support their customer commitments.

05. How to Plan a Transportation Route Step by Step

For a distribution strategy to scale effectively, technology can support a more structured, automated, and data-driven workflow:

1. Data integration and consolidation: The system can automatically receive purchase orders and daily orders through direct integrations with your ERP (such as SAP), WMS, or e-commerce platforms. This helps centralize pickup and delivery locations while reducing the need for manual data entry.
2. Business rule configuration: Define the key variables and constraints of your operation, including fleet weight and volume capacity, vehicle type, and customer-specific delivery windows.
3. Optimization and dynamic routing: Once the optimization algorithm is run, the software can process multiple variables to generate efficient route combinations. This can help create more practical delivery sequences and reduce unnecessary fleet overlap within the same region.
4. Operational validation: Your transportation or planning team can review the proposed routes generated by the system and make final adjustments based on local knowledge, operational requirements, or last-minute exceptions.
5. Digital dispatch and real-time monitoring: Route plans can be sent directly to each driver's mobile app, allowing the control tower to monitor progress and gain greater visibility into execution.

06. Plan and Optimize Your Routes with Descartes + Drivin

At Descartes + Drivin, we understand that logistics is not just about moving goods; it's also about adopting technology that can help organizations improve efficiency, support profitability, and scale their operations. Our modular TMS software is designed to adapt to the specific needs of different logistics operations and support teams throughout the planning and execution process.

Are you ready to move beyond the limitations of manual planning and explore ways to improve fleet efficiency and profitability?