Effective Fleet Management: Strategies and Implementation

Rich in features, applications, and benefits, fleet management tools are assets in today’s transport industry. In this article, we’ll explain them in detail – from the technology behind them to modern-day applications that keep your fleet running efficiently and cost-effectively.

Defining Fleet Management

Fleet management is the process of managing a company’s commercial vehicles. This includes everything from purchasing and servicing vehicles to scheduling preventive maintenance, tracking fuel consumption and more. 

Fleet management also includes tracking a vehicle’s usage and performance data to ensure that it’s being used responsibly and efficiently. This data can help fleet managers make informed decisions about upgrading or replacing vehicles, as well as how to maximize cost savings and enforce environmental sustainability.

How Do Fleet Management Systems Work?

Fleet management systems operate through the use of connected sensors, trackers, and satellites that relay information to one another, and ultimately send collected data to a main administrative hub. 

These systems leverage a combination of technologies, including GPS and on-board diagnostics (OBD), to build a comprehensive picture of a vehicle’s movements and status in real-time.

What Fleet Management Systems Do – Main Functions and Features

The technology behind fleet management tools make them capable of performing a wide range of functions. Below are some of the most common features on the market today.

GPS Vehicle Tracking

Fleet management systems use GPS technology to pinpoint and log an asset’s geographical location on a map. They can also track the speed of a vehicle, as well as its route and total distance traveled. 

Fleet managers can use this data to identify where assets are at a given moment, as well as how they’re being used and by whom. Furthermore, fleet management allows managers to use predictive data to find alternative routes for improved efficiency.

Real-Time Alerts

Real-time alerts are sent to stakeholders when specific events are triggered. Triggers might include speeding, tailgating, harsh braking or straying from an assigned route; alerts can then be sent to the driver, fleet manager, or other authorized personnel.

Vehicle Diagnostics

Vehicle diagnostics allow fleet managers to monitor the performance of their vehicles in real-time. This includes monitoring fuel and oil levels, tire pressure, engine temperature, battery health and more. 

Having access to these data sets in real-time allows fleet managers to reduce fuel costs, maintain engine health, and identify potential issues before they become more serious.

Driver Behaviour Analysis

This feature allows companies to monitor driving habits, such as how often drivers accelerate, brake hard, exceed the speed limit, or idle. Monitoring this information enables managers to address any gaps in training and ensure their staff are safe on the road.

Route Planning

When it comes to transport, route congestion can make or break a delivery. Fleet management systems use real-time traffic data to find the most efficient routes for assets, saving fuel, wear and tear, and time in the process. 

Fuel Management

Many fleet management systems come with fuel tracking features, which allow companies to manage how much fuel each vehicle has consumed. This type of data is invaluable for optimizing routes and ensuring that assets are being used efficiently.

The Prevalence of Fleet Management Systems On Today’s Roads

The numerous features, capabilities and benefits of management tools have made them a hot commodity among fleets big and small. 

Recent data from Government Fleet’s annual benchmarking survey estimates that over three-quarters of managers use fleet tracking software or telematics to support at least some of their day-to-day operations. 

As technology continues to evolve and landscapes become more competitive, this number is expected to increase. Economic data valued the global fleet management market at $19.47 billion in 2020, and projects that it will double to $52.50 billion by 2030. 

The Benefits of Fleet Management

These tools are popular for a reason; these tools offer amazing benefits:

  • Increased efficiency in managing fleets of all sizes
  • Optimization of supply chains and delivery times
  • Reduced fuel costs due to route management
  • Real-time visibility of vehicles and their locations
  • Monitoring of driver behaviour to increase safety
  • Maintenance scheduling to avoid potential costly repairs
  • Improved customer service by providing accurate ETAs
  • Automation of administrative processes such as invoicing, hours of service (HOS) and route planning

The impact is clear – management tools are a must for any competitive fleet. Not only do these solutions provide unparalleled visibility and control, they also encourage considerable cost savings, improved customer service and a safer work environment. 

With the global fleet management market expected to grow exponentially in the coming years, now is the best time to invest in a robust system for your fleet’s future. Contact your GoFleet consultant today to learn how to stay ahead of the curve.

 

Aviation and Ground Service Crews Taking Advantage of Telematics

The merging of telecommunications and informatics seems to be an ever-evolving sector as it continues to impress business owners across various industries. While it may be apparent of how it’s used for location tracking and maintenance monitoring in the trucking and logistics sector, it’s time to highlight its use in aviation. Similar to other industries, leading aviation and ground service crews use the technology in ways similar to fleet managers as the outcomes are as equally beneficial. 

 

Where Did Telematics Originate From?

 

When telematics technology was first being developed in the 1960s, it was initially used by the U.S. Department of Defense to aid in the position tracking of varying assets in addition to being a way to improve communication on the battlefield. However, as time continued and the technology evolved, leaders in other industries saw the potential of telematics elsewhere. When discussing airports and aviation, focus is greatly on the GPS tracking, asset monitoring and communication features.

 

Below are two examples that speak to the beneficial outcomes that resulted from aviation and ground service crews investing in telematics on runways. 

 

Why Aviation and Ground Services Continue to Implement Telematics Technology

 

Ensure Cost-Effective Utilization & Efficiency 

 

When large quantities of data are collected in real-time, immediate decisions can be made. That is especially true when airports utilize telematics solutions for the purpose of resource management and productivity. From monitoring fuel usage to asset location, beacons and sensors can be installed to track nearly every aspect of aircraft operations. Ultimately allowing officials to allocate employees and equipment properly to achieve maximum productivity, as well as being able to monitor and report on their efforts. 

 

A common and well-known example of this is allocating vehicles to complete tasks in relation to proximity and location. Meaning, when a specific type of vehicle is requested, officials can deploy an available vehicle that is closest. Allowing for fuel, physical resources as well as personnel to be used efficiently. If GPS tracking was not used, airports would risk sending vehicles that are much farther than others, causing them to waste time and resources. 

 

This is evident when deicing vehicles are required to spray aircrafts with a mixture of hot water and propylene glycol during the winter months. If a deicing vehicle is requested, it’s important to not only send the closest vehicle to the aircraft, but send a vehicle that has enough of the deicing fluid to complete the job. Both of these requirements are trackable by custom telematics solutions. However, when telematics technology is not used, airports risk using additional and unnecessary resources or equipment. This is simply because they were unaware and unable to track the most efficient way to complete the assigned task.

 

Verify Safety Protocol 

 

Telematics solutions are also highlighted as a means to increase and maintain safety within certain industries. This is true within the aviation sector as technology can not only be leveraged to track both employees and assets but to ensure safety protocol is followed. 

 

An example that highlights telematics technology aiding in the safety of aviation teams is how the technology can be used to track the efforts of employees on runways. Meaning, managers and officials can always have real-time updates about where individuals are located. So if they see that an employee is operating a vehicle in an unauthorized zone, they can make communication not only with the individual in the unauthorized zone, but with others around them to stop any activity that may accidentally harm the individual. Additionally, telematics can be used to track the driving behaviours of employees using company vehicles as many airports require drivers to authenticate who is in the driver’s seat. Meaning, sharp turns, speeding, or other dangerous behaviours can be recorded, addressed and monitored. Allowing for accidents and incidents on runways as well as the surrounding property to be drastically lowered. 

 

For more information about telematics and government services, visit: https://stagingms.gofleet.com/government-services/airport/

 

The GoFleet Experience

To successfully implement a telematics solution, airports must feel confident about integrating a platform that addresses their full system. This includes ground handling, airlines, and airport authorities so true transparency and visibility can be accomplished. If you’re interested to learn more about how we can help provide a true 360 solution of complete management for any industry, contact us today!