Collision Avoidance System

Reducing collision risk is a serious safety and operational challenge for fleet managers. Keeping drivers and pedestrians safe is the first concern, but collisions can also lead to costly damage, legal issues, and operational delays. A medium-speed crash can cost up to $1,664 in property damage alone, excluding repair costs and insurance impacts. 

This becomes even more important for larger fleet vehicles such as trucks and trailers, which have wide blind spots and need better visibility when backing up or maneuvering in tight, crowded areas such as loading docks or changing lanes at highway speeds. 

Collision avoidance systems can help reduce these risks with features that warn drivers of potential forward collisions, lane departures, and obstacles. Adding backup cameras for cars and trucks and aftermarket blind spot monitoring systems can also help avoid preventable collisions caused by poor visibility and blind spots.

In this article, we will discuss how collision avoidance systems can enhance safety, exploring some of the best systems to help fleet managers choose the right safety technology for safer, more efficient fleet operations.

Reducing Forward Collision Risk 

Front-end collisions happen when drivers do not see vehicles or hazards ahead, especially when traffic conditions change quickly. Forward collision warning (FCW) systems alert drivers to potential hazards ahead, giving them more time to respond and reduce the risk of a collision. These systems can also alert drivers when a vehicle ahead brakes suddenly, helping them react to changes in traffic.

Features like headway and following time monitor the distance between the vehicle and traffic ahead, alerting drivers when the following gap becomes too short. Real-time alerts calibrated for both regular-speed and low-speed conditions are especially useful in slow or congested traffic, where vehicles are traveling closer together. 

Consider the RVS Mobileye Collision Avoidance System to reduce accident risk. It uses advanced vision sensors to identify vehicles, pedestrians, lane markings, and potential hazards. It provides audio-visual alerts for forward-collision risk and sudden braking from vehicles in front, along with lane departure warning and following time monitoring and warning. 

Blind Spot Detection

Large commercial vehicles have blind spots on both sides of the vehicle, increasing collision risk when changing lanes and turning, especially in heavy traffic where nearby vehicles, cyclists, and pedestrians can easily move outside the driver's view. 

Aftermarket blind spot detection systems use radar sensors to monitor these areas and alert drivers when a vehicle or obstacle enters the detection zone. Audible and visual alerts help drivers react more quickly to potential hazards.

For example, the RVS-131 Radar Blind Spot Detection System provides coverage of up to 82 feet and issues visual and audible alerts when a vehicle enters the blind zone. A warning light and an integrated speaker notify drivers immediately. The RVS-0505 Forward Facing Radar System offers a 26-foot detection range in front of the vehicle and features a compact, durable design for demanding operating environments.

Fleets looking for complete vehicle coverage can also consider the RVS-03-360 inView 360° System. Using four wide-angle cameras with AI object detection, this aftermarket blind spot detection system creates a real-time bird's-eye view around the vehicle to help drivers detect pedestrians and obstacles during low-speed maneuvers. Built-in HD recording also captures footage for incident review and documentation.

Improving Rear Visibility

Fleet vehicles often operate at night, early morning, or during adverse weather when visibility is reduced. Commercial backup cameras for cars and trucks feature infrared night vision that helps drivers see clearly in darkness, snow, rain, and other low-visibility conditions.

These systems are available in wired and wireless configurations. They can also include safety features such as parking grid lines for easier backing up, DVR recording for incident review, split-screen viewing to monitor a larger area, and multiple camera integration to reduce side blind spots. Some systems can also integrate with audible or visual parking sensors for improved driver assistance and visibility.

Rear View Safety’s SimpleSight™ Wireless HD Backup Camera System is FMVSS 111 compliant and features a 120° wide viewing angle for improved rear visibility, reducing collision risk when backing up or maneuvering tight parking spots. With infrared night vision and a 100-foot digital wireless range even at highway speeds, this backup camera for cars is built for demanding driving conditions and installs easily without complex wiring. 

For larger commercial vehicles, the RVS FHD Flagship Backup Camera System is designed to improve rear visibility in tight and congested areas. This backup camera for trucks features a 7-inch LED color monitor and a Sharp® CCD camera with a 130° viewing angle and infrared night vision up to 50 feet, with a three-port power harness to connect two more cameras if needed. 

Invest in Collision Avoidance Systems Designed for Fleet Safety

Upgrade your fleet operations with safety technology designed for commercial vehicles. Collision avoidance systems help drivers respond to potential hazards and reduce collision risk. Backup cameras for cars and trucks improve rear visibility, while aftermarket blind spot detection systems alert drivers to vehicles and obstacles in areas they cannot easily see.

Frequently Asked Questions 

Can collision avoidance systems be installed on existing commercial vehicles? 

Yes. Aftermarket collision avoidance systems can be added to existing commercial vehicles, giving fleet operators a way to add driver-assistance technology without replacing their current vehicles. The RVS Mobileye Collision Avoidance System is designed as an aftermarket safety solution for commercial fleets.

What's the difference between a commercial backup camera and a blind spot detection system? 

A commercial backup camera provides a live video view behind the vehicle during backing up and other maneuvers. Blind spot detection systems use radar sensors to detect nearby vehicles or obstacles and provide audible and visual alerts when they enter a monitored area. Many fleets combine both systems for improved visibility and reduced collision risk.

Are radar blind spot systems better than camera-only systems? 

Radar systems detect vehicles even when visibility is limited by weather, lighting, or trailer position. Camera systems provide visual confirmation. Many fleets combine both for stronger blind spot protection. 

Need help choosing the right camera system for your fleet? Use our ROI calculator to estimate how much you can save or visit the support page for quick answers. If you’d prefer to speak with someone, feel free to contact us directly.