Blindspots in Commercial Vehicles: How to Increase Vehicle Safety
Posted on 06/06/2025 ArrayBlindspots are one of the most persistent dangers in commercial vehicle operation.
These unseen zones around a vehicle can make even the most experienced drivers vulnerable to serious incidents. From minor scrapes to fatal collisions, blindspots play a major role in accidents involving cyclists, pedestrians, and other road users, particularly in urban environments.
For fleet managers and operators, understanding the risks posed by blindspots across various vehicle types is the first step towards minimising accidents, reducing costs, and keeping road users safe.
What Are Blindspots?
A blindspot is any area around a vehicle that the driver cannot see directly or in their mirrors.
These zones vary depending on the size and shape of the vehicle, the height of the cab, and the mirror or camera systems in place. Even with properly adjusted mirrors, large vehicles still have significant areas that remain out of sight.
The most common blindspot types include:
Front blindspots: Caused by elevated driver seating positions or large dashboards.
Side blindspots: Often occur on the nearside (passenger side), especially when mirrors don’t extend far enough or when cyclists are present.
Rear blindspots: Larger vehicles without reversing cameras may have entire zones behind the vehicle they cannot see.
Turning blindspots: Appearing during maneuvers such as left-hand or right-hand turns, especially where visibility dips or dips in awareness occur.
Which Vehicles Are Most Affected by Blindspots?
Certain vehicle types are significantly more prone to blindspots due to their size, shape, and operational use. Below are the key commercial vehicle categories where blindspots are a serious concern:
HGVs (Heavy Goods Vehicles)
These are some of the most blindspot-prone vehicles. High cabs and long trailers create large front, rear, and nearside blindspots. Inner-city deliveries, in particular, pose high risks for pedestrian and cyclist collisions.
LCVs (Light Commercial Vehicles)
Often driven in urban settings with limited rear visibility. Many LCVs lack rear windows entirely, and side visibility may be blocked by cargo or design.
Buses and Coaches
Due to their length and window layout, buses have extensive nearside blindspots. These are especially dangerous when pulling into or out of stops.
Vans
Like LCVs, panel vans typically have poor rearward visibility. Driver over-reliance on side mirrors can cause issues when changing lanes or reversing.
Waste Collection Vehicles
These have multiple blindspots around the front and rear due to the bulky structure and equipment. They often operate in tight, residential spaces, increasing the risk of collisions.
Construction and Plant Machinery
These machines are bulky, raised, and surrounded by other workers on foot. Safely operating plant machinery requires a high level of skill.
Which Vehicles Have the Worst Blindspots?
While all large vehicles carry blindspot risks, the following types are often seen as having the most critical visibility challenges:
Articulated lorries: The trailer’s length and turning radius create wide no-visibility zones, especially when cornering or reversing.
Tippers and skip lorries: The raised bed and bulky structure block both rear and side lines of sight.
Refuse trucks: Their height and width, combined with operational distractions like loading, mean multiple blindspots at once.
Construction vehicles: Often lacking sufficient mirrors or cameras, they pose serious risks on mixed-use roads.
The operators of these vehicles should be highly skilled and well trained. They can also benefit greatly from the use of technology to reduce blind spots.
What Can Be Done to Reduce Blindspot Incidents?
Fleet operators can significantly reduce blindspot-related incidents by combining awareness, training, and the right equipment.
Key actions include:
Implementing walkaround checks that include mirror and camera assessments.
Installing nearside and rear-view cameras.
Using ultrasonic sensors to alert drivers to pedestrians, cyclists, and other hazards.
Equipping vehicles with audible turn alerts, especially for nearside movements.
Encouraging route planning that avoids high pedestrian zones where possible.
Conducting regular blindspot awareness training for drivers.
How Parksafe Group can help reduce vehicle blindspots
Parksafe Group’s 360° Camera System
Parksafe Group offers a comprehensive solution to tackle blindspot issues head-on. The 360° Camera System provides a seamless bird’s eye view around the entire vehicle, eliminating blindspots through live, stitched-together camera feeds.
With four ultra-wide cameras positioned around the vehicle, drivers receive a real-time display that dramatically improves spatial awareness, especially in tight, high-risk areas. This system integrates directly into the cab and can be used in combination with other ADAS technologies for full-spectrum driver support.
This system is also available with Ai integration, providing audible alerts when a VRU is detected close to the vehicle.
Blindspot Cameras
Parksafe Group supplies a wide range of cameras which can provide a driver with in-cab visibility of various blindspots when paired with a monitor. Click here to explore our camera options.
Ai and Human Form Recognition Cameras
Our wide angle Ai Pedestrian Detection Cameras pair with an audible alarm to detect the presence of VRUs.
Our dedicated ZONE AI HFR system is the ideal solution for plant machinery safety.
Final Thoughts: The Importance of Technology for Accident Reduction
Blindspots are unavoidable, but accidents don’t have to be. By understanding the risks, identifying vulnerable vehicle types, and deploying effective solutions, fleet operators can protect drivers, reduce costs, and improve public safety.
Want to discuss how to reduce blindspots in your fleet? Get in touch with Parksafe Group today for a tailored solution that fits your vehicles, your drivers, and your business.
