In the modern logistics and transportation industry, effective vehicle dispatch management is a crucial factor determining a company's competitiveness and profitability. An optimized dispatch process not only helps increase vehicle utilization rates but also reduces operating costs, enhances service quality, and improves customer satisfaction.
This article will provide detailed guidance on the A-to-Z process of managing and allocating vehicles, helping transportation companies build professional transportation coordination systems, optimize empty-run ratios, and improve overall performance.
Overview of Vehicle Dispatch Management in Logistics
Vehicle dispatch management is the process of organizing, assigning, and monitoring transportation vehicles to meet cargo delivery requirements in the most efficient manner possible. This is the heart of logistics operations, directly impacting costs, delivery times, and service quality.
The Role of Vehicle Dispatch Management
An effective transportation coordination system delivers many practical benefits:
Resource Optimization: Ensures each vehicle is used at maximum capacity, minimizes empty running time and distance, thereby reducing fuel costs and vehicle depreciation.
Enhanced Service Quality: Delivers on time, to the right location, under the right conditions, creating trust and satisfaction among customers.
Improved Control: Monitors the location and status of each vehicle and order in real-time, detecting and addressing issues promptly.
Increased Profitability: Reduces operating costs, increases the number of efficient trips, thereby improving profit margins for the business.
Challenges in Traditional Dispatch Management
Many transportation companies still struggle with manual coordination methods:
- Difficulty tracking multiple vehicles and orders simultaneously
- Lack of real-time information about vehicle location and status
- Vehicle allocation based on subjective experience, lacking scientific approach
- High empty-run rates due to inability to optimize round-trip routes
- Slow response when incidents occur
- Difficulty evaluating operational efficiency and finding improvement points
This is precisely when businesses need to implement transportation management software (TMS) to modernize their dispatch processes.
Process for Receiving and Processing Customer Transportation Requests
The first and most important step in vehicle dispatch management is accurately receiving and processing information from customers.
Collecting Detailed Information
When receiving a transportation request, the following information must be collected comprehensively:
Cargo Information:
- Cargo type, name, code
- Weight, dimensions, number of packages
- Special characteristics: fragile goods, refrigerated goods, hazardous materials...
- Cargo value (for insurance calculation if needed)
Route Information:
- Pickup location (detailed address, contact person, phone number)
- Delivery location (may have multiple delivery points)
- Requested pickup time
- Requested delivery time
- Route requirements (if any)
Special Requirements:
- Required vehicle type (box truck, refrigerated truck, flatbed...)
- Minimum load capacity
- Documentation and certification requirements
- Additional services (loading/unloading, installation...)
Feasibility Assessment and Quotation
After obtaining complete information, the dispatch department needs to:
- Check fulfillment capability: Cross-reference with available resources (available vehicles, drivers, equipment...)
- Calculate costs: Based on distance, vehicle type, time, special requirements
- Quote to customer: Clearly state freight rates, estimated time, service conditions
- Confirm order: After customer agreement, create official transportation order
Creating Dispatch Orders in the System
With transportation management software like DeliTMS, creating dispatch orders becomes simple and standardized:
- Input or import order information into the system
- System automatically categorizes and assigns priority tags
- Stores complete history of customer communications
- Automatic alerts if information is missing or invalid
- Creates tracking code for customer monitoring
Evaluating Vehicle and Driver Capacity: Criteria to Consider
To allocate vehicles effectively through efficient fleet allocation, a clear capacity evaluation system is needed for both vehicles and drivers.
Vehicle Evaluation Criteria
Technical Specifications:
- Vehicle type (box truck, container, refrigerated truck, specialized vehicle...)
- Permitted load capacity
- Cargo bed dimensions (length x width x height)
- Current technical condition
- Registration and insurance expiration dates
Location and Status:
- Current vehicle location (real-time GPS)
- Status: available, carrying cargo, under maintenance
- Expected completion time of current trip
- Upcoming scheduled maintenance
Operational Performance:
- Number of trips completed in the month
- On-time delivery rate
- Number of technical incidents
- Average fuel consumption
Driver Evaluation Criteria
Professional Competence:
- Appropriate driver's license
- Driving experience (years)
- Knowledge of various cargo types
- Problem-solving skills
Work Status:
- Work hours completed in day/week (compliance with regulations)
- Distance still able to drive (according to safety regulations)
- Current location
- Registered leave, compensatory time off
Performance Evaluation:
- Customer ratings
- Successful delivery rate
- Number of regulation violations
- Communication skills and service attitude
Building Capacity Profiles
In a TMS system, each vehicle and driver needs a comprehensive capacity profile that is continuously updated. This helps:
- Easily search for suitable vehicles/drivers using filters
- Automatically suggest optimal vehicles for each order
- Monitor and improve work performance
- Plan maintenance and training schedules
Optimal Vehicle Allocation Methods: From Manual to Automation
Vehicle allocation is the core component determining the efficiency of the entire dispatch process, making efficient fleet allocation essential.
Traditional Manual Allocation Method
Many small businesses still perform transportation coordination manually:
Process: Dispatchers rely on experience, call drivers directly to inquire about location and status, then decide which vehicle to assign to which order.
Advantages: Flexible, can handle special cases based on personal understanding.
Disadvantages:
- Time-consuming, prone to errors when order volume is high
- Dependent on individual experience
- Difficult to optimize holistically
- No data for analysis and improvement
Semi-automated Method with Technology Support
Using Excel spreadsheets or simple software to manage vehicle, driver, and order information.
Improvement: Centralized data, easier to query than completely manual methods.
Limitations: Still requires many manual operations, lacks intelligent suggestion features, no real-time information.
Automated Method with TMS
Modern transportation management software like DeliTMS provides intelligent vehicle allocation features:
Automatic Suggestions Based on Algorithms:
- Simultaneously analyzes multiple factors: vehicle location, available capacity, time, cost
- Suggests top 3-5 most optimal allocation options
- Calculates shortest, most fuel-efficient routes
- Balances workload among vehicles/drivers
Optimization for Combined Trips and Long-distance Routes:
- Automatically detects orders that can share vehicles
- Suggests round-trip routes to reduce empty runs
- Prioritizes high-profit trips
Customizable Allocation Rules:
- Set priority rules (VIP customers, urgent orders...)
- Zone allocation for each fleet
- Automatic assignment by specialization (refrigerated trucks for frozen goods...)
Standard Vehicle Allocation Process
- Order Classification: By priority level, cargo type, requested time
- Filter List of Suitable Vehicles: By vehicle type, load capacity, location
- Evaluate and Compare Options: Consider cost, time, performance
- Make Allocation Decision: Dispatcher selects optimal option (or allows system automation)
- Notify Driver: Send dispatch order via mobile app
- Driver Confirmation: Driver confirms receipt of order and readiness to execute
Handling Unforeseen Situations in Vehicle Coordination
No matter how carefully planned, unforeseen situations always occur in transportation. The ability to handle them flexibly and quickly distinguishes professional businesses.
Common Unforeseen Situations
Vehicle Breakdown En Route:
- Contact driver immediately to assess severity of incident
- Find nearest backup vehicle to continue cargo delivery
- Notify customer about situation and new estimated time
- Record incident in system to schedule repairs
Driver Suddenly Unable to Complete Trip:
- Quickly find replacement driver in system
- Update information and route for new driver
- Ensure complete handover of order information
Customer Sudden Requirement Changes:
- Assess ability to fulfill with already-allocated vehicle
- If unsuitable, find another vehicle or adjust route
- Recalculate costs if there are major changes
Traffic Jams, Bad Weather:
- Monitor real-time traffic conditions
- Suggest alternative routes for driver
- Update new estimated delivery time for customer
Cargo Defects at Pickup:
- Driver takes photos, records condition
- Contact customer for confirmation
- Decide to continue or cancel trip according to instructions
Principles for Handling Situations
Quick Response: Golden time in transportation is crucial; the sooner issues are detected and handled, the less damage incurred.
Transparent Information: Always update information for all involved parties (customer, driver, management).
Have Backup Plans: Always prepare plan B, maintain list of backup vehicles/drivers.
Record and Learn: Each incident is a lesson; must be recorded to avoid repetition.
Role of TMS in Incident Handling
Transportation management software helps handle unforeseen situations more effectively:
- Early Warnings: Detects vehicles behind schedule, about to miss delivery deadline
- Real-time Information: Know exact vehicle location and status at any time
- Solution Suggestions: Automatically find nearest replacement vehicle, alternative routes
- Quick Communication: Send instant notifications to drivers and customers via app
- History Storage: All events recorded for later analysis
Optimizing Empty-Run Rates and Improving Vehicle Utilization
Empty runs (deadhead) are periods when vehicles run without cargo, wasting fuel and time. Deadhead optimization is an important goal for all transportation businesses.
Causes of High Empty-Run Rates
- No return cargo after delivery
- Distance between pickup points and previous trip endpoints too far
- Lack of information about orders on same route
- Non-optimal planning, lacking overall vision
Methods for Empty-Run Optimization
Round-trip Route Planning:
- When receiving orders from A to B, immediately find orders from B to A or near A
- Increase rate of round-trip cargo trips above 70-80%
Intelligent Trip Consolidation:
- Analyze orders on same route, same timeframe
- Consolidate multiple pickup/delivery points in one vehicle trip
- Maximize load per trip
Building Balanced Customer Network:
- Proactively seek customers in areas with frequent empty runs
- Develop relationships with customers having round-trip transportation needs
- Cooperate with other transportation partners to share return cargo
Create Operating Zones for Vehicles:
- Divide territories, each vehicle responsible for specific zone
- Reduce travel distance between trips within same zone
Use Forecasting Technology:
- Analyze historical data to predict demand
- Plan ahead for regular routes
- Position vehicles at locations with high probability of order generation
Vehicle Utilization Performance Metrics
Loaded Trip Ratio: Number of loaded trips / Total trips (target > 85%)
Load Capacity Utilization: Total actual load / Total permitted load (target > 80%)
Loaded Distance: Km driven with cargo / Total km driven (target > 75%)
Average Trips per Vehicle/Day: Measures vehicle activity level
Cost per Km: Total operating cost / Total km driven (monitor decreasing trend)
Application of TMS Software in Vehicle Dispatch Management
Transportation Management System (TMS) software is an indispensable tool for modernizing dispatch processes.
Core TMS Features in Vehicle Coordination
Centralized Order Management:
- Create, edit, track orders on a single platform
- Bulk import from Excel files or API integration
- Categorize, tag, search quickly
Fleet and Driver Management:
- Detailed profiles for each vehicle, driver
- Real-time GPS location tracking
- Activity history and work performance
Intelligent Vehicle Allocation:
- Suggests most suitable vehicles based on algorithms
- Automatic route optimization
- Detects trip consolidation opportunities
Journey Monitoring:
- Track vehicles on map in real-time
- Alerts when vehicle deviates from route or falls behind schedule
- Saves movement history
Cost Management:
- Calculate per-trip costs (fuel, tolls, driver wages...)
- Compare actual costs with estimates
- Profit reports by trip, vehicle, route
Communication and Notifications:
- Mobile app for drivers to receive orders, update status
- Portal for customers to track orders
- Automatic notifications via SMS, email, push notification
Benefits of Using TMS like DeliTMS
Increased Productivity: Reduces 50-70% dispatch time compared to manual methods.
Reduced Operating Costs: Saves 15-25% costs through route optimization and reduced empty runs.
Enhanced Service Quality: On-time delivery increases from 70% to 95%+.
Data for Decision-Making: Analytical reports help clearly see operational strengths and weaknesses.
Scalability: Easily scale management from dozens to hundreds of vehicles without proportional staff increase.
Effective TMS Implementation Process
- Current State Assessment: Identify current processes, problems to solve
- Select Suitable Solution: Consider features, pricing, customization capability
- Prepare Data: Import vehicle, driver, customer information into system
- Train Staff: Dispatchers, drivers, managers need thorough guidance
- Trial Operation: Run parallel with old method in initial phase
- Optimize and Improve: Adjust processes, customize features based on reality
Practical Experience and Common Mistakes to Avoid
Experience from Successful Businesses
Invest in People: No matter how good the technology, experienced dispatchers remain the key factor. Regular training, creating work motivation for dispatch team.
Build Good Relationships with Drivers: Drivers directly execute; when they're satisfied, service improves. Listen to feedback, support during difficulties, provide fair compensation.
Flexible but Principled: Have standard processes but flexible enough to handle special situations. Don't rigidly apply rules when inappropriate.
Focus on Customers: Ultimate goal is customer satisfaction. When conflicts arise, prioritize customer interests (within reasonable limits).
Periodic Data Analysis: Dedicate time weekly/monthly to review metrics, find improvement points. Unused data is meaningless.
Prepare Backup Plans: Always have backups for all situations. List of backup vehicles/drivers, external partners available for emergency cooperation.
Common Mistakes to Avoid
Intuitive Vehicle Allocation: Not based on concrete data but only on dispatcher's "feeling." This leads to non-optimal decisions.
Not Updating Real-time Information: Using old information, not knowing actual vehicle status, leading to incorrect allocation.
Dispatcher Overload: One person managing too many vehicles, unable to keep up, causing errors and stress.
No Incident Handling Process: When problems occur, handling ad-hoc, inconsistent, causing confusion.
Ignoring Driver Feedback: Drivers have valuable information about actual road conditions, customers. Not listening means missing improvement opportunities.
Chasing Trip Quantity While Forgetting Quality: Focusing on increasing trip numbers but allowing late deliveries, damaged goods, losing customers.
Not Investing in Technology: In the 4.0 era, still stubbornly doing everything manually, leading to inefficiency and losing to competitors.
Lack of Training When Implementing TMS: Purchasing software but not training thoroughly, staff use incorrectly or don't utilize all features.
Checklist for Professional Vehicle Dispatch Management Process
- [ ] Have standardized process from order receipt to completion
- [ ] Vehicle, driver information updated completely and accurately
- [ ] Use TMS software for centralized management
- [ ] Have evaluation and classification system for vehicle/driver capacity
- [ ] Apply optimal vehicle allocation methods (automatic/semi-automatic)
- [ ] Have plan to reduce empty-run ratio
- [ ] Monitor key performance indicators (KPI)
- [ ] Have clear process for handling unforeseen situations
- [ ] Regular training for dispatchers and drivers
- [ ] Have mechanism to collect and process feedback
- [ ] Review and improve process periodically
- [ ] Prepare backup plans for emergency situations
Conclusion
Effective vehicle dispatch management is the art of combining scientific processes, modern technology, and practical experience. A professional transportation coordination system not only helps businesses optimize empty-run ratios and reduce operating costs but also enhances service quality, creating sustainable competitive advantages.
The journey of transforming from manual dispatch to using transportation management software like DeliTMS may have initial challenges, but the long-term benefits are substantial. Start by standardizing processes, building comprehensive databases, training staff, and gradually applying technology to each stage.
There is no perfect formula for every business; each organization needs to adjust processes to suit their scale, characteristics, and specific goals. The important thing is always aiming for continuous improvement, listening to feedback from customers and employees, and constantly learning from data and practical experience.
Hopefully this article has provided you with a comprehensive view and useful suggestions for building a professional process for managing and allocating vehicle dispatch orders for your business.
