Skip to main content

Idaho developing wildlife-detection system to improve driver safety

Idaho Transportation Department’s (ITD) research program has initiated a project to evaluate an innovative new wildlife-detection system that may bring improved safety to area highways and reduce personal injury and property damage. The project is the result of a request from ITD’s northern Idaho office, and is a partnership between ITD and the Western Transportation Institute (WTI) of Montana State University. Collisions between wildlife and vehicles can be a big problem, and common in rural states such
February 15, 2016 Read time: 2 mins
7477 Idaho Transportation Department’s (ITD) research program has initiated a project to evaluate an innovative new wildlife-detection system that may bring improved safety to area highways and reduce personal injury and property damage. The project is the result of a request from ITD’s northern Idaho office, and is a partnership between ITD and the Western Transportation Institute (WTI) of Montana State University.

Collisions between wildlife and vehicles can be a big problem, and common in rural states such as Idaho, accounting for more than US$8.4 billion nationwide each year, and costing Idaho a total of nearly US$20 million last year.

Preliminary studies indicate that vehicle-animal collisions could be reduced by at least one-third by using the system. “Wildlife-vehicle collisions are a costly safety issue for Idaho travellers,” said ITD research program manager Ned Parrish. “Injuries and the loss of life, human or wild animal, are broad social and environmental concerns.”  

The system, which was developed by Boise’s Sloan Security Group, uses a Doppler radar sensor mounted on a pole 20-25 feet above the ground, allowing the sensor to ‘look over’ semi-trucks to detect large animals on both sides of the road and on the road itself for several hundred metres. The system is connected to flashing warning beacons that are activated to alert drivers of animals on or near the roadway.

For more information on companies in this article

Related Content

  • UK university projects shows wireless sensors could improve rail crossing safety
    August 23, 2016
    A study by rail experts at the University of Huddersfield in the UK has concluded that railway crossing safety could be improved by networks of tiny wireless sensors attached to the tracks. Following extensive research at the university’s Institute of Railway Research (IRR), the Department for Transport-funded project established that the sensors could be powered by vibrations from approaching trains. They would then form a wireless network to send a message to lower or raise the gates. According to t
  • Additional functionality gives loops a continued lease of life
    March 20, 2014
    Two decades after the death of the inductive loops was predicted, Matt Zinn, technical services manager at Eberle Design says the technology still offers advantages. More than 20 years ago the emergence of video detection systems led many to foretell the end of inductive loops. In the intervening years advocates of radar, infrared and wireless detection technologies have also claimed that loops were on their way out. But in fact, by all calculations, the use of loops has actually increased and although
  • Velodyne tech to improve UCI traffic 
    October 14, 2021
    HIMaC2 will create a platform to evaluate C/AV technologies
  • Diverse development of tolling business models
    April 25, 2013
    A diversity of tolling business models offers a wider toolbox of highway finance options, as the IBTTA’s Patrick Jones explains. The business models for America’s tolled highways have gone through several different evolutions over the last 75 years, reflecting a succession of shifts in transportation policy and politics, financing and funding models, urban patterns, customer needs, and technology. And with more and more decision-makers expressing renewed interest in tolling, it’s that very diversity that ma