Argus added an aviation fatigue meter, a “proprietary algorithm and system that translates raw user data into actionable fatigue information” developed by Pulsar Informatics, into its Prism Armor safety management system (SMS) software. Argus said that users will be able to monitor and analyze crew fatigue more accurately and make more informed decisions.
The Jan. 4, 2014 implementation date for new Part 117 regulations on fatigue applies only to scheduled air carriers, but many observers believe elements of the new law will eventually work their way to business aviation.
Among the exhibitors making their debuts at NBAA’s annual showcase is Pulsar Informatics (Booth No. C12047), which is demonstrating its new crew fatigue evaluation web application: the Aviation Fatigue Meter. According to the Philadelphia-based company, the app can be used for every kind of business aviation operation, no matter the scale or complexity, and it is described as an “easy way for people to see how any particular schedule is impacted by human fatigue factors.”
The National Business Aviation Association (NBAA) will offer a webinar on fatigue this Wednesday, September 25, from 1 to 2 p.m. EST. Called “Understand How Fatigue Can Affect Your Department’s Performance and Safety,” the session will provide background on the science behind fatigue risk management systems (FRMS) and fatigue modeling, as well as offer a streamlined version of FRMS that fits the business aviation market. The webinar is free to NBAA members.
Humans, by our very nature, are daytime creatures. Our brains and our bodies have been hardwired for this, and not even the fairly recent (in evolutionary terms) innovation of artificial light can change hundreds of thousands of years of development. In response to darkness, our brains produce a chemical known as melatonin, which makes us sleepy, yet these days we are far removed from the agrarian “get up when it’s light out, go to bed when it’s dark” lifestyle of just a few centuries ago.
Jeppesen introduced an improved version of its CrewAlert mobile app that helps aircraft crewmembers deal with fatigue risk management. The updated app can instantly calculate a strategy from up to 900,000 sleep patterns and light exposure combinations to increase crew alertness and overall flight safety. It also contains built-in scientific mitigation strategies automatically calculated to fit to the roster and individual settings such as individual sleep requirements and commute times, among others.