An international analysis finds that Toyota’s Intelligent Clearance Sonar system results in a 40% drop in parking lot accidents occurring while backing.
A Toyota analysis of parking lot accidents — including those involving three Toyota models equipped with the automaker’s Intelligent Clearance Sonar (ICS) system — found that the sonar technology resulted in a 40% drop in such accidents related to reversing.
Additionally, the ICS system resulted in a 70% reduction in parking lot accidents involving pedal misapplication, according to Toyota Motor Corp. ICS is designed to help prevent or mitigate collision damage in parking lots.
Ad Loading...
The analysis involved approximately 63,000 vehicles, of which about 26,000 (42%) were equipped with ICS. The ICS-equipped models included the Toyota Prius as well as two minivan models sold outside the American market: the Alphard and the Vellfire.
The research was conducted during the 18-month period from January 2015 to June 2016. The analyzed insurance company-provided data involved approximately 2,500 accidents. Toyota identified accidents caused by pedal misapplication based on customer reports.
Fleet drivers face constant visual, cognitive, and environmental interruptions the moment they hit the road. From roadside chaos to mental fatigue and digital overload, today’s biggest driving risks often come from outside the vehicle itself.
FLASH Weather AI has launched a first-of-its-kind hail prediction model capable of forecasting hail size and arrival time at 1-kilometer resolution up to 55 minutes ahead, giving fleets and insurers critical time to prepare for severe storms.
As litigation risk rises, vehicles are increasingly targeted. This Coca-Cola bottler shares how it’s reducing exposure through driver training, technology, and a proactive risk management approach.
From identity management to third-party certifications, the right technology partner should make security easier to manage. Here are the three building blocks that fleet managers need to stay in control as connected systems scale.
Distracted driving remains one of the most persistent risks in fleet operations. New approaches focus on removing mobile device use entirely while adding real-time safety support.
As distraction risks evolve, fleets are turning to smarter, more connected technologies to better understand what’s happening behind the wheel. Part 2 explores how these tools are helping identify risky behaviors and improve visibility across operations.
Distracted driving is often measured by what we can see—phones in hand, eyes off the road. But what about the distractions we can’t? A recent incident raises a bigger question about awareness, attention, and why subtle risks so often go unnoticed.