Truck accidents often have severe consequences due to the size and weight of the vehicles involved. Thankfully, new technologies are being developed every day to help prevent commercial vehicle crashes and protect accident victims in the event that a crash does occur. Understanding the importance of emerging safety technologies that could reduce trucking accidents in the Inland Empire, like those discussed here, is important.
Why Truck Accidents Are Common in the Inland Empire
Truck accidents are especially common in the Inland Empire because the area is known as Southern California’s primary logistics and warehouse hub. There are simply more trucks here than in other areas of the state.
Major arteries like I-15, I-215, SR- 60, and SR-91 all see heavy commercial trucking traffic throughout the day and night. Some of these routes are also prone to bottlenecks, heavy traffic, and sudden slowdowns.
In addition, rural roadways are more prone to truck accidents, and the Inland Empire is home to many rural highways. Some of these include winding mountain passes that pose rollover risks to 18-wheelers.
Thus, truck accidents in the Inland Empire accounted for a sizable portion of the total 10,889 truck accidents that occurred in California in 2025. This exhibits the importance of emerging safety technologies that could reduce trucking accidents in the Inland Empire, like those discussed below.
Advanced Driver Assistance Systems
Advanced Driver Assistance Systems (ADAS) can be found in most modern vehicles, not just trucks. ADAS use cameras, radar, and sensors to detect and alert drivers of potential hazards. Examples of technologies associated with ADAS are listed below:
- Lane departure warnings. Lane departure warning systems detect when vehicles are drifting out of their lanes and let the driver know so they can take appropriate corrective action.
- Collision avoidance systems. Collision avoidance systems detect when vehicles are in danger of hitting cars, people, or other objects and alert the driver. Some vehicles also have automatic emergency braking systems that work in conjunction with ADAS.
- Blind-spot monitoring. Many of today’s newest trucks are equipped with cameras that provide 360-degree views of the vehicles’ surroundings, allowing drivers to see what’s happening in their blind spots.
- Adaptive cruise control. Adaptive cruise control is designed to maintain a pre-set, safe distance between trucks and the vehicles in front of them.
Trucks aren’t the only vehicles being outfitted with ADAS. Most modern cars have these systems in place, as well. In fact, the incorporation of crash avoidance technologies into the development of passenger vehicles has come more readily than it has for that of large trucks. This is unfortunate for truck safety efforts, as these technologies could potentially reduce large truck accidents substantially.
Electronic Stability Control
Electronic stability control (ESC) systems are designed to help prevent rollovers and accidents caused by lack of control on slippery roads and curves. ESC systems monitor input, wheel speed, and vehicle direction, detecting if trucks are veering off their intended paths and automatically applying the brakes on specific wheels to enhance vehicle stability. ESC can be particularly helpful for semis carrying heavy or shifting loads, which can unbalance the vehicles.
Federal Motor Vehicle Safety Standard (FMVSS) No. 136 requires ESC installation in all large trucks in the US.
Telematics and Driver Monitoring Systems
Telematics and driver monitoring systems provide real-time data about drivers’ behaviors. They track things like speed, braking, and acceleration and send the information to fleet managers, who can use it to detect risky driving patterns and provide driver feedback or additional training as needed. Some trucks are also equipped with in-cab cameras to monitor for signs of distraction or drowsiness to provide real-time interventions or alerts that keep drivers focused.
Modern Commercial Vehicle Networks
Today’s transportation networks are quickly becoming fully connected. Information is shared between vehicles, control centers, and even roadside centers by the methods listed below:
- Vehicle-to-Infrastructure (V2I) technology. This technology enables real-time updates regarding road conditions, traffic signals, and potential hazards.
- Vehicle-to-Vehicle (V2V) communication. Modern trucks communicate with each other, sharing vital information.
- Traffic management centers. Traffic management centers coordinate responses to potential hazards, such as weather, accidents, and road conditions.
- AI-enhanced safety systems. AI-enhanced safety systems use predictive analytics for early hazard detection and smart route optimization based on real-time conditions.
A combination of these communication means and technological systems serves to further enhance truck safety on Inland Empire’s many freeways and surface streets. These include some of the busiest corridors for massive volumes of truck freight coming out of the San Pedro Bay, like I-10 through Fontana and Ontario, SR-60 through Riverside and Jurupa Valley, and I-15 near the Cajon Pass.
Why Choose Us?
The team at Easton & Easton has extensive experience in protecting drivers and their families when severe injuries disrupt their lives and careers. We take on complex cases, often obtaining fair settlements for our clients.* People are often referred to our family-owned firm by doctors and other attorneys, thanks to our reputation. We can offer the same effective legal services to you in support of your truck accident claim.
FAQs
Q: How Can Truck Accidents Be Prevented?
A: Not all truck accidents can be prevented, but there are some steps that passenger car drivers can take to keep themselves safe. They can exercise care when passing large commercial vehicles and not linger in their blind spots, avoid tailgating, and leave plenty of space when pulling in front of trucks.
Q: What Vehicle Technologies Can Help Reduce the Chances of a Collision?
A: Advanced Driver Assistance Systems (ADAS) can help reduce the chances of a collision. Key vehicle technologies that make up this system include automatic emergency braking, blind spot monitoring, and lane-keep assist, among others. Adaptive cruise control can also help to reduce the chances of a collision by keeping a safe distance from the vehicle ahead.
Q: What Are the Safety Technologies in Trucks?
A: The safety technologies in trucks include many of the same ones found in cars, such as automatic emergency braking, adaptive cruise control, and lane departure warnings. Commercial 18-wheelers also feature specialized technologies like electronic stability control to help prevent rollovers and AI-powered dashcams to monitor for things like driver fatigue.
Q: What Solutions Are Used to Reduce Road Accidents?
A: The solutions used to reduce road accidents by the US DOT are referred to collectively as the Safe System Approach. The system prioritizes safety at every level, from people to vehicles, speeds, and roads, and applies to post-crash care as well as crash prevention. The system works by building multiple layers of protection to prevent crashes and minimize the harm caused when they do occur.
Hire a Truck Accident Lawyer With Experience in the Inland Empire
Even the most advanced of today’s safety technologies can’t prevent all truck accidents. If you’ve been injured in a crash with a large commercial vehicle, you can hire a truck accident lawyer to help you hold the liable party accountable. Find out what sets Easton & Easton apart. Contact us to schedule an initial consultation regarding your truck accident claim.
*Past results do not guarantee a similar outcome. Every case is different.
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