Technology

Guide To Commercial Vehicle Tracking

Commercial vehicle tracking plays a growing role in how trucking businesses manage daily operations. For owner-operators and small fleets, visibility into vehicle location, driver activity, and routes can directly affect costs and safety.

GPS fleet tracking systems give trucking businesses the tools to monitor vehicles in real time and make data-driven decisions rather than rely on guesswork.

But it can be confusing to know where to start. Fortunately, we’re here to help you understand how commercial vehicle tracking works and what trucking businesses should consider before choosing a system.

What Is Commercial Vehicle Tracking?

Commercial truck tracking is a technology solution that uses GPS tracking devices and software to follow the location and activity of commercial vehicles. The system collects data on where a truck is, how it moves, and how it is being driven.

Tracking systems monitor location tracking, routes, idle time, and driving behavior. Fleet managers and owner-operators can then view this information on a screen through fleet tracking software.

Commercial vehicle tracking is commonly used by:

Owner-operators managing a single truck
Small fleets with multiple fleet vehicles
Regional and long-haul trucking businesses
Construction and service-based companies with mobile equipment

Commercial GPS Fleet Tracking vs. Consumer GPS Apps

Consumer GPS apps like Google Maps are built for turn-by-turn navigation. They help drivers choose routes, avoid traffic, and reach a destination faster.

What they do not provide is operational data that a trucking business can act on.

Commercial vehicle tracking systems are designed for fleet use and are often part of a broader telematics platform. Trucking telematics combines GPS tracking with vehicle and driver data, such as speed, idle time, harsh braking, and engine activity. This data is collected automatically and stored for reporting and analysis.

Consumer apps do not support driver behavior monitoring or compliance-related reporting. They also do not retain historical data in a way that supports long-term decision-making. Once a trip ends, most of that information is gone.

Data ownership is another key difference. Commercial tracking and telematics systems give businesses control over their data, including access to detailed reports and real-time alerts.

Consumer apps collect location data for navigation purposes, not for fleet management or business oversight.

For commercial vehicles, consumer GPS apps fall short because they cannot support ongoing safety monitoring or operational visibility across an entire fleet.

Commercial vehicle tracking systems fill that gap by turning location data into actionable insights that help businesses control costs and improve efficiency.

How Commercial Truck GPS Systems Work

Commercial truck GPS systems combine satellite location data and fleet software to show where a truck is and how it is being used. The goal is not just to track a dot on a map, but to turn vehicle movement into usable business data.

These systems follow a clear process, from location capture to reporting and alerts:

GPS satellites determine location: Each truck’s GPS device communicates with GPS satellites to calculate precise location data. This information includes latitude, longitude, speed, and direction of travel.
Tracking devices collect vehicle data: Tracking devices are installed in the truck, often connected to the vehicle’s diagnostic system. In addition to location tracking, many devices capture data such as idle time, engine status, and driving behavior.
Data is transmitted through cellular networks: The GPS tracking system sends collected data to fleet tracking software using cellular service. When cell coverage drops, the device stores data and uploads it once service resumes.
Fleet software displays information in a central dashboard: The platform shows real-time location, completed routes, idle time, and driver behavior over specific time periods.
Historical data supports long-term decisions: Businesses can review past routes, fuel usage patterns, and driving behavior. This helps identify inefficiencies, improve routes, and reduce fuel costs over time.

This structure allows trucking businesses to move beyond basic tracking. Instead of guessing where problems occur, they can use data to maintain control over fleet vehicles.

Common Features In Commercial Truck GPS Systems

Commercial truck GPS systems are built around features that support day-to-day fleet control, not just location visibility. Each tool is designed to help trucking businesses reduce costs, improve safety, and respond faster to problems on the road.

The most common features include the following.

Real-time location tracking: This feature shows the live location of fleet vehicles on a map. It helps businesses monitor routes, confirm arrival times, and respond quickly to delays or breakdowns.
Geofencing alerts: Geofencing allows businesses to create specific zones on a map, such as terminals, job sites, or restricted areas. The system sends alerts when a truck enters or exits those zones, which supports security, scheduling, and theft prevention.
Driver behavior monitoring: GPS tracking systems monitor driving behavior, including harsh braking, speeding, and excessive idle time. This data supports driver safety initiatives and helps identify habits that increase fuel costs or wear on equipment.
Maintenance alerts: Maintenance alerts notify businesses when vehicles approach service intervals or show signs of mechanical issues. Early alerts reduce unexpected breakdowns and help avoid costly downtime.
Reporting and analytics: Reporting tools generate detailed reports on routes, idle time, driver behavior, and vehicle usage. These reports turn raw data into actionable insights that help businesses improve efficiency and control costs.

Together, these features give trucking businesses the visibility and control needed to manage drivers and keep operations running smoothly.

Who Should Use Commercial Vehicle Tracking?

Commercial vehicle tracking is useful across many trucking operations.

Owner-operators benefit from better control over routes, fuel usage, and service commitments. Small fleets gain visibility into their entire fleet, which supports growth as the business expands. Regional and long-haul operations use fleet tracking to manage routes and schedules across multiple locations.

Construction and service-based businesses rely on vehicle tracking to manage resources, improve efficiency, and maintain better service for customers.

Tracking delivers the greatest returns when businesses want to improve productivity, reduce fuel costs, gain technical insights, and manage driver safety more effectively.

What To Consider Before Choosing A Commercial Vehicle Tracking System

Asking the right questions upfront helps your trucking business avoid tools that create friction rather than improve efficiency.

Before committing to a system, consider the following questions:

Will this system scale as my fleet grows? A GPS tracking system should support additional vehicles without requiring a full replacement. This matters for owner-operators planning to add trucks or small fleets expanding operations.
How difficult is installation, and will it cause downtime? Easy installation helps reduce lost time on the road. Systems that require minimal setup keep trucks productive while they are deployed.
How accurate is the data, and how often does it update? Real-time alerts and reports depend on consistent, accurate data. Infrequent updates reduce the usefulness of location tracking and driver behavior monitoring.
What is the actual long-term cost, including hidden fees? Review subscription pricing carefully. Add-ons, service fees, and contract terms can increase the total cost over time.
Can this system integrate with other fleet tools I already use? Integration reduces the need to manage multiple platforms. A central dashboard improves visibility and saves time during daily operations.

Frequently Asked Questions

Is Commercial Vehicle Tracking Legal?

Yes. Commercial vehicle tracking is legal when used for business operations involving commercial vehicles. Employers must notify drivers under federal Electronic Communications Privacy Act (ECPA) rules and comply with state-level employee monitoring and consent laws.

Do Owner-Operators Need GPS Tracking?

Owner-operators are not required to use GPS tracking, but many choose to. GPS tracking helps improve route planning, manage fuel costs, and provide more accurate service updates to customers.

Can GPS Tracking Reduce Insurance Costs?

In some cases, yes. Certain insurers offer discounts to fleets that use GPS tracking and maintain fleet safety programs, though availability and savings depend on the insurance provider and policy terms.

Does Tracking Work Without Cell Service?

Yes. GPS devices continue collecting location data even without cell service. Once service is restored, the data uploads to the system, although real-time alerts may be delayed during outages.

Conclusion

Commercial vehicle tracking and GPS fleet tracking give trucking businesses the tools to operate with greater control and efficiency. These systems support safer driving, better service, and smarter cost management.

Choosing the right system depends on your goals and budget. When aligned with operational needs, vehicle tracking becomes a long-term asset that supports growth and financial stability.

For trucking businesses managing expansion, financial flexibility matters just as much as operational tools.

Mission Financial Services supports owner-operators and small fleets with commercial vehicle loans, repair financing, and other flexible lending solutions designed for real-world trucking needs.

Ready to get on the road with flexible truck financing? Start your credit application with Mission Financial Services today.

The Integration of Telematics and AI in Trucking

If you’ve been in the trucking industry for a while, you already know how important it is to keep everything running smoothly. From fleet tracking to ensuring driver safety, the challenges can feel overwhelming. That’s where telematics and artificial intelligence (AI) come in.

By combining real-time data, GPS tracking, and onboard diagnostics, telematics offers a comprehensive solution to help you manage your fleet more effectively.

In this article, we’ll walk you through how telematics is transforming the trucking industry, making fleet management more efficient and cost-effective.

The Role of Telematics in Trucking

Telematics in trucking is a management software that integrates GPS tracking, onboard diagnostics, sensors, and communication tools to provide real-time vehicle data. It acts as the eyes and ears of fleet managers, offering insights into vehicle performance, driver behavior, and operational efficiency.

By leveraging data, telematics enhances decision-making in logistics, helping track fuel consumption, maintenance needs, and driver performance. Its impact on fleet management is significant, with fuel savings of up to 20-25%.

Fleet operators can optimize routes, minimize downtime, and prevent costly repairs through predictive maintenance. The result? Fewer delays, improved on-time deliveries, and a highly efficient fleet.

Benefits of Telematics in Fleet Management

Trucking companies using telematics notice big wins for their fleets. Let’s look at how telematics can make a real difference in your operations.

Enhancing Efficiency and Productivity

Efficiency is key in fleet management, and telematics enables real-time tracking for precise vehicle monitoring. This allows quick route optimization, reducing delays and saving time.

By minimizing idling and rerouting around traffic or road closures, telematics significantly cuts fuel costs while improving delivery times.

Improving Driver Safety and Compliance

Driver safety is one of the biggest concerns for any fleet manager. With real-time data, you can monitor driver behavior like speeding, harsh braking, and seatbelt usage. This data helps identify areas where drivers might need more training or coaching.

Teaming up telematics with Hours of Service (HOS) tracking ensures drivers are following the rules and regulations, avoiding potential fines.

Reducing Operational Costs

Every fleet manager looks for ways to reduce costs. A telematics device can help you do just that. It provides data on fuel consumption, vehicle maintenance, and driving habits. With this information, you can pinpoint areas where you can save money.

For example, predictive diagnostics alert you to potential maintenance issues before they become expensive repairs. Rather than waiting for a breakdown, you can take proactive measures, reducing downtime and keeping your vehicles on the road longer.

Key Components of Telematics Systems

Curious about what makes telematics tick? Let’s explore key components that power these systems and help fleet managers stay on top of everything from vehicle health to driver behavior.

Onboard Diagnostics

Onboard diagnostics allow fleet managers to monitor vehicle health in real time. This feature provides immediate insights into the engine, transmission, and other critical systems, enabling early detection of potential mechanical issues.

By addressing these concerns before they escalate, fleets can reduce downtime, minimize unexpected repairs, and keep their vehicles operating efficiently for longer periods.

Sensors

Telematics systems rely on sensors to track metrics such as tire pressure, engine temperature, fuel efficiency, and vehicle speed. This data is crucial for optimizing operational efficiency.

For example, monitoring tire pressure ensures better fuel efficiency and reduces wear and tear on tires, while tracking engine temperature helps avoid overheating.

Software Platforms

The software behind vehicle telematics systems is where all the data collected from vehicles is analyzed and interpreted. These management platforms allow fleet managers to track everything from fuel consumption to vehicle maintenance schedules.

Many telematics systems are cloud-based, meaning all data is integrated into one platform that can be accessed securely from anywhere, whether in the office or on the road. The live analysis helps managers make quicker, data-driven decisions to improve fleet performance.

Real-Time Data Collection and Monitoring

Real-time data collection and electronic logging are vital to making timely decisions in fleet management. Telemetry systems gather data about vehicle location, fuel efficiency, driver behavior, and vehicle condition.

This data is processed and made available instantly, enabling managers to respond promptly to issues, reroute drivers to avoid traffic or address maintenance concerns.

Vehicle Location Tracking

GPS technology is a key component of telematics systems, providing live positioning and navigation capabilities. GPS tracking enables fleet managers to monitor the exact location of their vehicles which aids in route optimization and ensures vehicles are on time.

This tracking feature enhances customer service by providing accurate delivery times and location updates, improving transparency and satisfaction.

Engine Diagnostics Monitoring

Engine diagnostics monitoring is another critical feature of telematics systems. By tracking engine performance, fleet managers can identify potential issues early and schedule maintenance proactively.

This predictive maintenance extends the life of the engine and prevents costly downtime. It’s a key part of minimizing operational disruptions and maximizing fleet efficiency.

Driver Behavior Analysis

Telematics systems track and analyze driver behavior, focusing on habits such as speeding, harsh braking, and rapid acceleration. Identifying risky driving behaviors allows fleet managers to address safety concerns and coach drivers on safer practices.

This improves overall safety, reduces accidents, helps lower fuel consumption, and prolongs the lifespan of vehicles.

Applications of Telematics Across Sectors

Telematics extends beyond trucking, enhancing efficiency, safety, and operations across various industries. Here’s how different sectors use this technology.

Commercial Fleets

Real-time tracking allows fleet operators to optimize routes, reducing fuel consumption and ensuring timely long-haul deliveries.

Telematics also enhances driver safety by providing instant feedback on driving habits and simplifying HOS compliance, minimizing risks and violations.

Construction Fleets

In the construction industry, telematics systems are used to monitor heavy equipment, such as cranes, bulldozers, and dump trucks. Fleet managers can track the location and usage of this equipment, ensuring it is deployed efficiently and is well-maintained.

Telematics also allows managers to schedule preventative maintenance based on actual usage patterns, preventing expensive breakdowns and extending the equipment’s lifespan.

Public Transportation

Telematics is equally beneficial for public transportation systems. By tracking buses and trains in real time, transportation authorities can provide passengers with up-to-the-minute updates.

They can also optimize routes to ensure minimal delays, improve fuel efficiency, and enhance safety measures. Real-time data allows for better fleet management and ensures more reliable service.

Impact on Insurance

Telematics doesn’t just benefit fleet managers. It also plays a vital role in the insurance world.

Risk Assessment

Telematics data plays an essential role in improving insurance risk assessment. Insurance companies use the data to evaluate driver behavior, such as speed, braking habits, and acceleration patterns.

Safe drivers who demonstrate good habits, like maintaining speed limits and avoiding harsh braking, may benefit from lower insurance premiums. High-risk drivers might face higher costs.

Claims Management

In the event of an accident, telematics can expedite the claims process. By providing real-time data on vehicle speed, location, and driving behavior, telematics helps insurers quickly assess the situation and settle claims more efficiently.

This data ensures a more accurate assessment, which leads to faster and fairer resolution of claims.

Challenges in Implementing Telematics

While telematics offers a ton of benefits, it’s not without its challenges. Here are some hurdles that fleet managers might face when adopting telematics and how they can be tackled.

Data Privacy and Security

With the large amount of data telematics systems collect, data security becomes a critical concern.

Fleet managers must ensure they implement strong security measures to protect sensitive information. This includes using secure software platforms and ensuring that all personnel are trained in data privacy best practices.

Cost of Implementation

While the upfront cost of installing telematics systems might seem significant, the long-term savings often outweigh the investment.

By reducing fuel consumption, minimizing maintenance costs, and potentially lowering insurance premiums, the return on investment is substantial. For smaller fleets, telematics can still provide significant benefits, making it a valuable tool for improving overall fleet efficiency.

Integration with Existing Systems

For fleets that already have management systems in place, integrating telematics may require some effort. It could involve upgrading software, training staff, and ensuring compatibility between existing tools and new telematics technology.

However, with proper planning and execution, integration can be smooth and the benefits will significantly enhance fleet operations.

Future of Telematics in Transportation

The future of the telematics trucking industry is bright. As technology advances, telematics systems will evolve with more advanced features like artificial intelligence and machine learning.

These innovations will lead to more precise insights into fleet operations, enabling real-time route optimization, predictive maintenance, and more efficient fleet management. Telematics will only become more integral to the success of fleet operations in the coming years.

Final Thoughts

Telematics is transforming the trucking industry by offering valuable insights that enhance fleet operations, improve safety, and reduce costs.

By integrating real-time data, fleet managers can optimize routes, monitor driver behavior, and address maintenance issues proactively, resulting in improved efficiency and reduced operational costs.

Ready to improve your fleet management? Contact Mission Financial Services today to explore how telematics can help streamline your operations!

Choosing Commercial Truck Driver GPS Systems

Choosing the right commercial truck driver GPS is an essential decision for anyone in the transportation business.

Unlike regular car GPS systems, a truck GPS should include extra features and abilities. As truck drivers rely so heavily on their GPS, having a high-quality GPS is essential.

In this guide, we’ll explore what you need to know about a commercial truck driver GPS and how to choose the right one.

What is a GPS Tracker?

A GPS tracker, or Global Positioning System tracker, is a device that determines and records the precise location of an object or person in real time. The GPS relies on satellites orbiting the Earth to provide accurate location data.

GPS trackers can be installed in cars, trucks, and other vehicles to monitor their location, speed, and route. This is often used for fleet management, ensuring driver safety, and preventing theft.

What Types of Commercial Vehicles Should Use Truck GPS Apps?

Truck GPS apps are designed to cater to the specific needs of commercial vehicles, huge trucks, and freight carriers.

These apps offer features and navigation tools tailored to the challenges faced by truck drivers. Here are some commercial vehicles that can benefit from using truck GPS apps.

Semi-Trucks and Tractor-Trailers

Long-haul and freight-carrying trucks that transport goods over long distances can benefit from truck GPS apps. These apps consider factors like truck weight, height, and length to provide routes suitable for large vehicles. This can be a major help for commercial truck drivers.

Delivery Trucks

Vehicles used for local and regional deliveries, such as box trucks and delivery vans, often require precise navigation to reach various stops efficiently. This can help with custom truck routing for smoother deliveries.

Construction and Utility Vehicles

Vehicles used in construction, utility maintenance, and similar industries may need to navigate to remote job sites. Truck GPS apps can help in finding these locations.

Oversized and Specialty Vehicles

Vehicles with non-standard dimensions, such as oversized loads or those carrying hazardous materials, require GPS apps that consider these unique requirements when planning routes.

Again, customized truck routing for these vehicles can be extremely helpful.

Fleet Vehicles

Businesses with a fleet of commercial vehicles can use GPS units to manage and track their vehicles, optimize routes, and monitor driver behavior for efficiency and safety.

How to Choose the Best GPS for Truck Drivers

Choosing the best truck GPS can be tricky, as there are many different factors that can go into these systems. Here are a few crucial considerations that truck drivers should make when choosing truck GPS units.

Screen Size

Opt for a GPS device with a large and clear screen that’s easy to read, especially while driving. A bigger screen makes it easier to view maps and instructions without distraction. This can help truck drivers avoid accidents on their truck routes.

Ease of Use

The GPS should have an intuitive and user-friendly interface, ensuring drivers can easily navigate menus, input destinations, and access essential functions.

Durability

The right truck GPS devices should be built to withstand the rigors of the road. Look for models that are robust and built to handle the vibrations and temperature variations commonly encountered in trucks.

Installation

Consider how the GPS is installed in the truck. Some may require professional installation, while others can be mounted easily on the dashboard or windshield.

Long-Term Support

Choose a GPS brand that offers ongoing software updates, ensuring that you have access to the latest features and map data.

Storage Space

Adequate internal storage or support for external memory cards is essential to accommodate large map files and other data.

Special Features for Trucking GPS

Regular GPS devices aren’t always suitable for commercial truck drivers. Here are a few specific features to look out for when choosing a truck GPS.

Up to Date Maps

Ensure the GPS device provides access to the latest map updates and can alert you when new maps are available for download. Maps should also show features like gas stations, truck-friendly parking, and rest stops.

Driver Safety

Look for features like driver fatigue warnings, alerts for speed limits, cautions for narrow roads, and lane departure warnings to enhance safety during long drives.

Drive Assist Features

Features like lane guidance, intersection view, and reality view can help truck drivers navigate complex roadways more easily.

Precision of Navigation Directions

The GPS should provide accurate and detailed turn-by-turn directions, including voice prompts and visual cues.

Voice Navigation

Voice-guided directions can be invaluable, allowing drivers to keep their eyes on the road while receiving instructions.

Truck-Specific GPS Routing

Opt for a GPS that considers truck-specific parameters like weight, height, length, and hazardous materials restrictions when planning routes.

Real-Time Traffic Consideration

GPS devices that provide real-time traffic updates can help drivers avoid congestion and delays, saving time and fuel.

Road Restriction Monitoring

Ensure the GPS alerts you to road restrictions, such as low bridges or weight limits, and offers alternative routes.

Toll Road and Highway Bypass Options

Look for a GPS that allows you to choose whether to take toll roads and highways or opt for more cost-effective routes.

Fuel Consumption Management Features

Some GPS devices provide information on fuel-efficient routes and offer tools for monitoring and managing fuel consumption.

Data Handling – Trip Logging, Fleet Management

If you’re managing a fleet of trucks, consider GPS devices that offer data-handling features for trip logging, tracking, and fleet management.

Final Thoughts

By considering these factors and features, truck drivers can choose a GPS device that best suits their needs, enhances safety, and improves efficiency while on the road. It’s vital to assess the specific requirements of your trucking operation to find the ideal GPS solution.

A GPS is an essential piece of equipment for any commercial truck. While you could always get a free truck GPS app, investing in the right commercial GPS adds value to any truck driver.

Are you looking to purchase a semi-truck? Then get in touch with us at Mission Financial, where we can help you secure financing for your dream vehicle.

Is Idling Bad For Semi-Trucks? (Care Guide)

Hey there, truck drivers! We know you love your semi-trucks. But have you ever wondered, “Is idling bad for semi-trucks?”

Well, Mission Financial Services is here to answer that fuel-burning question. We’ll give you some top-notch tips for caring for your truck when it comes to idling. So, buckle up and grab a cup of coffee. Get ready to learn how to keep your big rig running smoothly without putting unnecessary wear and tear on it.

Is Idling Bad For Semi-Trucks?

Let’s face it. We’ve all heard the rumble of a semi-truck engine idling for consecutive hours in a parking lot, right? Whether to keep the truck warm in winter or power the air conditioning in the summer, idling has become common in the trucking industry. Many truckers do it! But the question is, is idling bad for semi-trucks?

The short answer: yes!

Long periods of truck idling can harm your semi-truck’s engine and other components, increasing maintenance costs and decreasing lifespan.

Knowing the various outcomes of truck idling is crucial for any conscientious truck driver. You must take the necessary steps to minimize its impact on your diesel engine.

7 Top Care Tips For Trucks

If you are one of those drivers that love to leave their engines running, here are our top tips for caring for your idling truck!

#1 Limit Idle Time

Limiting engine idle time is a simple and effective way to care for your semi-truck. Did you know a diesel truck can burn up to a gallon of fuel per hour while idling?

You could waste up to 1,040 gallons of diesel fuel a year! That’s bad for your money and the world.

Excessive truck idling can also add wear and tear to your truck’s engine, reducing the lifespan and increasing maintenance costs, and leading to the truck using more fuel. The next time you’re stuck in traffic or waiting for a delivery, turn off the truck engine. You’ll save some money while caring for your truck.

#2 Monitor Engine Idling Temperature

Keeping an eye on your engine idling temperature is crucial, especially during long truck idling periods. It’s always better to be safe than sorry. Always make sure to check your temperature gauge often. Heat is bad for your diesel engine! It means your engine pushes out more carbon dioxide and becomes less efficient.

Overheating can cause significant damage to your engine. it can also damage other vital parts of your truck. Rather don’t risk it! Luckily, some newer trucks have an automatic shutdown feature when the engine gets too hot.

If your truck has this feature, ensure it’s activated and working correctly. In this case, prevention is excellent. A little monitoring can save you a lot of money and headaches down the road.

#3 Use Auxiliary Power Units (APUs)

An APU is an investment that can go a long way in caring for your truck. These units provide a range of benefits, including climate control and reducing the need for truck idling.

Not only do they keep the temperature inside your cab cool or warm, but they also provide electrical power for your devices while your truck’s engine is off. APUs are particularly useful for drivers who regularly park their trucks for extended periods. By using an APU, you can save fuel and reduce engine idling wear and tear.

#4 Regular Maintenance

Keeping up with regular maintenance is vital to ensuring that your truck’s idling components function correctly. This includes regularly checking and changing your truck’s oil, coolant, air pressure, and air filters.

Inspecting your belts and hoses and replacing them as needed is also essential.

When you take your truck in for regular maintenance, make sure to ask your mechanic to inspect your truck’s components as well. This will help identify any potential issues before they become major problems.

Remember, regular maintenance helps keep your truck running smoothly. It can save you money by preventing costly repairs and keeping your truck fuel efficient.

#5 Consider Idle-Reduction Technologies

As technology advances, there are more and more ways to reduce truck idling time and save your vehicle from burning fuel. Automatic engine shutdown systems are becoming increasingly popular in most trucks.

These handy devices can turn off your engine after a specified period of idling. This can help prevent unnecessary wear and tear on your engine while lowering fuel consumption.

Another excellent, innovative technology to consider is a battery-powered HVAC system. This system can provide heating and cooling while your engine is off.

These systems can be particularly useful during rest breaks or overnight stays at a rest stop when there are extreme weather conditions. They allow truckers to maintain a comfortable ambient temperature in the cab without idling their engines.

We know these technologies may require an upfront investment. Still, they can ultimately save you money on fuel costs and reduce the wear and tear on your truck.

#6 Check Your Batteries

When your engine is idling, your truck’s batteries work hard to power the electrical systems. Keeping your batteries in good condition is essential to avoid unexpected breakdowns.

Regularly check the battery connections and keep them clean and tight.

Also, make sure to replace any old or weak batteries as soon as possible to prevent them from failing during idling periods.

A dead battery can mean a costly tow or repair bill, so keeping your batteries healthy is an integral part of idling care. A well-maintained battery will provide power to your truck for years to come.

#7 Use Idle-Free Zones

Using idle-free zones is another effective way to care for your diesel trucks and the environment. These zones have become more common as anti-idling laws take hold. You can often find them in truck stops, rest areas, and other locations.

By using idle-free zones, you not only help reduce wear and tear on your truck’s engine but also contribute to a cleaner and healthier environment. It’s one of the many reasons that truckers prefer spending more extended periods parked, waiting in idle-free zones.

When you park in an idle-free zone, you’ll notice that the air quality is cleaner. Even the noise level is lower. This can provide a more comfortable and pleasant environment for you and other truck drivers around you.

Plus, you can save on fuel costs and reduce emissions by avoiding unnecessary truck idling.

So, look for idle-free zones whenever you’re on the road. Doing so allows you to care for your truck and the environment while enjoying a more peaceful and comfortable rest.

Final Thoughts

Now you know the answer to the question, “Is idling bad for semi-trucks?”

Taking care of your semi-truck is essential, especially when you’re starting a semi-truck business, and that includes managing its idling time. Not only can excessive idling waste fuel, but it can also cause wear and tear on your diesel truck’s engine, leading to expensive repairs.

By doing things like limiting the amount of time your truck is running, using extra power units, and doing regular repairs, you can make your truck last longer. You also end up saving money. With a well-maintained truck, you won’t have to deal with horrible outside temperatures, idling regulations, or uncomfortable night-long rests.

Remember, a happy truck means a happy driver. That’s what we all want. So take care of your truck, and it will take care of you! And if you need a semi-truck repair loan, be sure to call Mission Financial Services.

how to start semi truck with bad starter

How To Start A Semi Truck With A Bad Starter

Hey there, truckers and gearheads! We all know how frustrating it can be when you’re ready to hit the road but your semi-truck starter decides to take a little vacation.

Don’t worry! We will walk you through some handy tips and tricks to get your big rig roaring back to life, even with a stubborn starter.

So, grab a cup of joe. Sit back, and let’s show you how to start a semi-truck with a bad starter.

What Does A Semi-Truck Starter Do?

A semi-truck starter is a crucial component of your vehicle’s ignition system. Its primary function is to turn the engine over and get it started.

When you turn the key in the ignition, the starter motor receives an electrical signal from the battery. It uses that power to crank the engine, which begins the combustion process.

The starter is composed of a motor, a solenoid, and a small gear called a pinion that engages with the engine’s flywheel to start it spinning. Once the engine is running, the starter disengages and the engine takes over, continuing to run under its own power.

So, the starter is responsible for getting the engine going, which is a pretty important job! If the starter malfunctions or fails, the engine won’t be able to start, leaving you stranded and needing some repair work.

How To Care For A Semi-Truck Starter

Here are some valuable tips for caring for your semi-truck starter and preventing potential issues down the road:

Keep the battery in good condition: A healthy battery is vital for the proper functioning of the starter. Regularly inspect the battery terminals for corrosion or flimsy connections. Clean the battery as needed and ensure the fittings are tight. Monitor the battery’s charge level and have it tested regularly to ensure the battery delivers sufficient power to the starter.
Avoid overloading the electrical system: Excessive use of electrical accessories, such as lights, radios, or power-hungry devices, can strain the starter and the overall electrical system. Be mindful of your power consumption and avoid unnecessary loads that could impact the starter’s performance.
Practice good starting habits: When starting the engine, avoid holding the key in the start position for an extended period. This can cause unnecessary strain on the starter motor and lead to premature wear. Instead, start the engine smoothly, releasing the key as soon as it fires up.
Regularly service and maintain the starter: Include the starter in your routine truck maintenance schedule. Consult your vehicle’s manual or a trusted mechanic to determine the recommended maintenance intervals for the starter. This may involve cleaning, lubricating, or inspecting specific components to ensure optimal performance and longevity.
Address electrical issues promptly: If you notice any electrical problems, such as dimming headlights, flickering dashboard lights, or slow cranking when starting the engine, address them promptly. Ignoring these warning signs could put additional strain on the starter and lead to more severe issues.

Protect the starter from moisture and debris: The starter is located in the engine compartment, where it’s exposed to moisture, dirt, and debris. Take measures to protect it by keeping the engine compartment clean and free from excessive grime. Consider using protective coverings or shields designed for starters to prevent water or debris from directly contacting the unit.
Perform regular inspections: Inspect the starter for any visible signs of damage or wear. Look for loose connections, frayed wires, or any physical damage. Address any issues promptly to prevent further complications.

Remember, a little preventive care goes a long way in keeping your starter healthy and your truck running smoothly.

How To Start A Semi-Truck With A Bad Starter

A bad starter is among the most common truck problems! If your starter is a bad starter, try any of these ways to start your semi-truck.

Give It A Gentle Tapping

Sometimes, all your starter needs is a little encouragement. No, we’re not suggesting you take a hammer and hit it! Instead, give the starter a few gentle taps with a wrench or a rubber mallet. This can help free up any stuck gears or brushes that might be causing the problem. Just be careful not to hit it too hard; we’re looking for persuasion, not destruction!

Try The Auxiliary Start System

Many semi-trucks have an auxiliary start system, also known as a ‘start assist’ or ‘jump start’ feature. This nifty little system can be a lifesaver when your starter is on the fritz.

Typically, you’ll find a dedicated button or switch labeled ‘auxiliary start’ somewhere in your truck’s cabin. Engage this switch, and it will bypass the primary starter, allowing you to start the engine using a secondary power source. It’s like having a backup plan for your backup plan!

Push-Start To The Rescue

Fear not if you find yourself stranded without the luxury of an auxiliary start system! Push-starting your semi-truck can be a viable option in certain situations. Here’s how to do it:

Gather a few strong, willing souls to help you out. Teamwork makes the dream work, after all!
Choose a flat or slightly downhill area with plenty of room to get rolling.
With your truck in neutral, have your helpers push the truck to a reasonable speed (about 5-10 mph).
Once you’ve gained enough momentum, quickly shift into a lower gear (typically second or third) and let out the clutch. This sudden engagement of the transmission can kick-start the engine.

If all goes well, your engine should roar back to life! Hooray for perseverance and good ol’ human power!

Seek Professional Assistance

If all else fails and your starter remains stubborn or uncooperative, it may be time to call the professionals. Reach out to a reliable mechanic or roadside assistance service to diagnose and fix the issue. They have the expertise and tools necessary to safely get your truck back on the road. Remember, it’s always better to be safe than sorry!

Final Thoughts

Starting a semi-truck with a bad starter might sound like a headache, but with the proper knowledge and a can-do attitude, you can overcome this obstacle.

Just remember, there’s no harm in seeking professional help.

If all else fails and it’s time for repairs, learn more about semi-truck repair loans, and ensure your rig stays in tip-top shape. Keep your spirits high, stay safe on the road, and happy trucking!

For the best advice on semi truck financing, head on over to Mission Financial Services.

Pros and Cons of Battery-Electric Trucks

In today’s world, electric vehicles account for approximately two percent of auto sales, and that number only continues to grow. Now, electric semi-trucks and freight vehicles, or commercial battery-electric vehicles (CBEVs), are merging onto America’s roads and highways. Manufacturers have poured billions of dollars into developing CBEVs, and companies are slowly integrating the new technology into their fleets. And while the focus has mainly been on Class 8 trucks, automakers are introducing commercially available models in numerous classes.

So, what exactly does this electric revolution look like and who is responsible?

Who are the key creators of electric semi-trucks?

Very few automakers dared to venture into the world of EV manufacturing. However, those who did are now reaping the benefits of their investment. Currently, Volvo Trucks offers two tractor configurations for their electric Class 8 trucks, including a 4×2 and a 6×2. These trucks provide different ranges that are dependent on the amount of cargo you’re hauling and the overall size of your trailer. The manufacturer also sells an electric box truck model, which offers a range of 150 miles on a single charge.

And in 2021, Volvo received its largest order from Quality Custom Distribution (QCD) for its VNR Electric model. The foodservice logistics supplier ordered a total of 14 electric trucks for their Southern California drivers. While the new EVs won’t significantly impact QCD’s original fleet of 700 fuel-powered trucks, it’s a step in the right direction. Daimler has also been a key player in the EV market with models like the Freightliner eM2 and Freightliner eCascadia. And while Volvo and Daimler have been innovators in the trucking industry’s EV movement, Tesla has recently unveiled what may be the new standard in trucking…

Check out the reveal of the new Tesla Semi

How will electric semi-trucks shape the future of trucking?

Experts from the U.S. Energy Information Administration estimate that battery-electric trucks will account for 31% of the industry or reach around 672 million vehicles by 2050. Undeniably, this would reshape the trucking industry and the world as we know it.

In a single day, a fuel-powered truck will be on the road for up to 11 hours, all while producing harmful emissions. And if a team of drivers runs the truck, it could be on the road even longer. But, if a company were to deploy just one EV, it would be equivalent to placing over a dozen electric sedans on the road, thus significantly reducing harmful emissions.

The North American Council for Freight Efficiency (NACFE) created Run on Less – Electric, a trucking demonstration that set out to determine the pros and cons of EVs. The run further confirmed that CO2 and particulate emissions would be significantly reduced by replacing traditional trucks with electric ones.

Electric trucks also reduce noise pollution and provide optimal safety through intuitive technology and design measures. For instance, the Tesla Semi is built with active safety features that help to prevent jackknifing. Volvo Trucks also attempts to provide enhanced safety through a new, patented safety feature called Active Grip Control. The feature “improves stability, acceleration, and braking in slippery conditions.”

What concerns come with battery-electric trucks?

While there are clear advantages to using BEVs, there are some concerns.

The main concerns include:

The effects of extreme weather and temperatures on electric trucks.
Maintenance costs and schedules.
Availability of parts and services.
The overall safety of electric trucks.

Thankfully, some testing and trial runs have shed light on the above mentioned issues. The NACFE’s Run on Less – Electric found that extreme weather and temperatures don’t pose any serious threats to BEVs’ overall performance or vitality.

RoL-E also proved that overall maintenance costs and failure rates are less than internal combustion vehicles. However, when the microchip and automotive technology shortage struck the nation in 2020, many EV manufacturers found themselves between a rock and a hard place. Automakers were not only unable to produce new electric models, but they weren’t able to make most of the necessary parts or components. This led many owner-operators to question whether or not moving to BEVs would be wise, considering the unpredictability of the future.

What should fleets keep in mind moving forward?

Before fleets commit to transitioning to BEVs, there are a few things that fleet managers and owner-operators should keep in mind, including:

How many miles are being driven?
How often would charging need to take place for each truck?
Will charging stations or at-home charging need to be installed?
How many BEVs would be needed?
Would a partial conversion make more sense than replacing the entire fleet? Or vise-versa.

Fleet managers must also consider a maintenance plan for their electrified fleet. Industry experts who’ve made the move recommend “[getting] your mechanics in there and [getting] them trained” in the new-age technology. Finally, if owner-operators choose to transition to CBEVs, they must implement proper safety protocol and invest in new safety equipment, including arc lash shields, dielectric boots/shoes, electrical safety gloves, insulated tools, etc.