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Compared to a vehicle, our brain processes data at a speed of about 8 km/h (approx. 5 mi/h), even if we are driving at 130 km/h (approx. 80 mi/h). We often underestimate the complexity of the act of driving. Understanding the complex mechanisms of the human mind when driving, what happens when a stimulus reaches our brain, how long it takes to be processed and the mental traps we can fall into are some of the topics this book deals with. Using down-to-earth and practical language that directly addresses the reader, the author invites us to reflect on the mistakes that are made at the steering wheel. Mistakes which sadly, at times, prove fatal! Training the brain to be efficient when driving is nevertheless possible. This book explains how, with appropriate training, we can become more aware, careful and reliable drivers.
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Veröffentlichungsjahr: 2021
© 2020 Efficient Driving Sas di Mazzocco Marco & C. - all rights reserved
via A. Volta, 36, 36072, Chiampo (VI), Italy
www.efficientdriving.it
ISBN 978-88-945586-3-0
First edition: 2021
Editor
Giulia Reina
www.giuliareina.it
Graphic and communication design
DiBi Project di Francesca Di Bitonto
Graphic designer Giulia Marzotto
www.dibiproject.com
ePub edition edited by Cristina Ghettiwww.librinaria.it
Translation provided byAction line Servizi Linguistici scarlwww.actionlineitaly.com
Efficient Driving holds the rights to the text, photos, graphics and illustrations in this volume.
All rights reserved by law and by international agreements.
Copying and reproducing the contents and images in any form is prohibited.
Reproduction of any kind without written authorisation, even partial, is prohibited.
A paper copy of the book is also available from the website EfficientDriving.it
First digital edition June 2021
Marco Mazzocco
Are we born to drive?
Our brain when we drive: concentration, reaction times and mental traps
Prefaces by Leonardo Milani Fabio Tosolin
Edited by Giulia Reina
Note from the Editor Giulia Reina
Prefaces by Leonardo Milani
Prefaces by Fabio Tosolin
Introduction by Marco Mazzocco
Chapter 1 _ The senses when driving
Chapter 2 _ Eyesight and driving
Chapter 3 _ The human eye
Chapter 4 _ Perceiving the world around us: is what I see really there, or am I imagining it?
Chapter 5 _ Processing information
Chapter 6 _ Mental traps
Chapter 7 _ Selective attention
Chapter 8 _ Brain speed
Chapter 9 _ Applying
Behavior Based Safety
concepts to the road
Chapter 10 _ Conclusions
Introducing
Efficient Driving
Meet the
Efficient Driving
trainers
Tavola dei Contenuti (TOC)
Copertina
Dear readers,
this is a book written from the soul, because it seeks to save souls, bodies and lives.
It’s a book that offers tools to save our lives and those of others when using 4-wheeled transport.
With its enjoyable and humorous style, you may feel almost spied-on when reading the detailed descriptions of certain behaviours.
For many of us, our car is a second home where we do just about everything: eating, working, providing a listening ear to friends in need of support. However, all of this diverts our attention from driving and constitutes often fatal distractions.
Driving is a real joy. The 4-wheeled vehicle is one of the greatest inventions. All of us carry at least one precious memory in our hearts from being in a car.
We use cars to transport food, life-saving medication, and lives that are hanging in the balance to healthcare centres.
We use cars to transport our loved ones and the people we hold dear. Often, it’s not even the destination that’s important, but the delight of sitting in a comfortable, cushy environment where you can admire an ever-changing landscape.
This is the Istat data from 2019 on road accidents in Italy: 172,183 accidents with injuries to people, with 3173 fatalities (people who died within 30 days of the incident) and 241,384 injured, often as a result of “fatal distractions”.
This presents a dramatic picture of lives changed and lives ended.
This is why driving well (that is, safely) is so important, because on the road you’ll encounter all these people with lives full of dreams, projects to complete, smiling children to come home to.
The book is enriched with prefaces from Doctor Leonardo Milani, a psychologist and mental trainer from the Pattuglia Acrobatica Italiana, Frecce Tricolori (National Aerobatic Team, Frecce Tricolori) and from Professor Fabio Tosolin, President of AARBA (Association for the Advancement of Radical Behavior Analysis) and AIAMC (Associazione Italiana di Analisi e Modificazione del Comportamento, Italian Association for Behaviour Analysis and Modification), Italy’s scientific behaviour analysis groups. All of the Efficient Driving team train with these experts, taking advantage of the information provided by their courses, which is of exceptional scientific quality.
This is a book written from the soul, as everyone in the team shares their experiences, talks about the passion they have for their work and how much they’ve learned from the life stories of the people they’ve met.
Happy reading and happy driving.
Applied psychology and driving a motor vehicle might seem like two subjects which are worlds apart.
In actual fact, every time we use a vehicle our brain engages in some steps which are crucial for managing itself and the surrounding, moving environment. These steps are linked to high-performance, i.e. how we act in complex or competitive situations.
Concentration, focussed and total attention, balanced movement and posture, dealing with potentially dangerous or emergency situations, and most importantly a balanced assessment of ourselves in relation to the dynamic events unfolding before our eyes: all of these elements are inextricably linked to the skills that our brain develops over the course of our whole life.
The level of complexity involved in driving, as well as motor vehicle traffic and speed, makes the ability to drive a prime subject in applied psychology.
The brain can be trained to deal with dangerous situations.
Our concentration and ability to focus can be stimulated and exercised using specially designed training.
This down-to-earth, practical publication highlights the links between driving and applied psychology. It clearly demonstrates our ability to train our brain and be effective, efficient drivers of motor vehicles.
It shows that tools exist (thanks to the latest discoveries in neuroscience and the study of perception) which can make a difference when we are driving, providing optimal conditions for each individual to ensure they drive safely.
Specifically, undertaking perception exercises and inserting “anticipatory films” (in connection with the behaviour strategies taught by Efficient Driving) can help everyone understand how to deal with their own visual and postural tendencies, orienting them towards safety and peace of mind.
In 1971, Piaget and Inhelder published their distinction between reproductive images (evoking recognisable objects, situations or events) and anticipatory images (representing images constructed purely in the mind). They claimed that visual images serve as a starting point for implementing thoughts evoked by verbal symbols. That is, visual images are the keystone for such implementation.
The most interesting thing I gleaned from this publication is the fact that everyone, if equipped with the right tools, can radically overcome even their most subtle fears, fears which are common for those starting off on a new path of knowledge. This also goes for people who consider themselves experts. They too can sharpen their operational excellence by using small but significant tricks from a constantly evolving technological world.
As early as the 1960s, Gianni Mazzocchi, legendary founder of Quattroruote magazine, defined the individual vehicle as a “great tool for freedom”. Freedom from timetables, route restrictions, complying with the obligatory (and often unwelcome) public transport rules, as is the case with trains. However, even trains need to be controlled by drivers who have been trained with science-based methods, in order to avoid the disasters we so often hear about in the news.
In vehicles where we are not the main ones in control (for example, in trains), not even the minister of transport gets to choose the route, stops and timetables. This is why the most coveted object in the political class is the chauffeur-driven car.
In trains and planes, there’s no option to arrive earlier (or later), or to stop and take a picture of the scenery. When mishaps take place they are, annoyingly, a result of other people’s decisions: delays, missed connections, the unavoidable presence of irritating travel companions, even the temperature of the passenger area, or the opportunity to have lunch in a particular eatery. These choices are all prevented or irrevocably decided by others, just as a tourist or company that doesn't have their own fleet usually can’t decide to depart earlier or later than scheduled. The only thing the traveller can choose is which passenger transport they’re going to be heavily restricted by.
The well-being and freedom offered by traveller-driven or chauffeur-driven vehicles is so appreciated that those with the funds often opt to use private boats or even private aircraft. It’s no coincidence that heads of state, hotshot businessmen and even very high-up religious authorities will use such vehicles to a substantial (sometimes improper) extent, without being put off by the often-astronomical costs. Even the poorest people on earth set aside large amounts of their economic resources in order to move around autonomously and enjoy the privileges of independent driving, even if it’s just via an electric scooter.
Nevertheless, driving land vehicles autonomously has always come with major safety implications. The victims of road accidents are three times those caused by accidents at work. Every year in Italy, about 3000 people lose their life in or outside a vehicle due to poorly driven road transport. There is hardly a driver, pedestrian or passenger who hasn't been involved, at least a couple of times, in accidents that have caused harm to people or property. This makes it sound like it’s inevitable, a necessary evil. Despite decades-, even centuries-long efforts by legislators, planners, road traffic experts and architects, the problem appears far from resolved. This is especially evident when you consider that the habit of using a mobile phone while driving has brought us back to 1970s injury rates, nullifying almost 50 years of technological progress. However, the idea that it is impossible to eliminate driving accidents is a myth.
10 years ago, during his inauguration of the European Congress of Behavior- Based Safety, held by the AARBA scientific society in Venice, April 2010, Paolo Mauri (Director of the Vairano race track, Engineer and CEO of the Quattroruote ASC) rightfully asserted that over 99% of road accidents are not due to unavoidable or extrinsic events, such as viaducts collapsing or wheels and suspension failing, but solely and exclusively due to behaviour. Specifically, the behaviour of the driver or other road users (upon close examination, we must admit that even in the very rare cases of structural failure, ultimately the cause is still always man-made, i.e. due to vehicle maintenance, road planning, arrangement of signage etc.).
Driving is not a behaviour. Rather, it’s an activity made up of countless actions including braking, accelerating, wielding a smart phone, running a red light, gently resting your right hand on the armrest and gear stick, or overtaking on a bend. Every one of these actions is, in turn, made up of behaviours. Even a seemingly “one-off” action like switching gear is made up of its own elementary behaviours, like releasing the accelerator, pressing on the clutch pedal, moving the gear stick, releasing the clutch pedal and, almost simultaneously, pressing on the accelerator. All these actions are to be done quickly and with a high degree of accuracy.
From a scientific point of view, these countless behaviours that we undertake when driving depend on two, and only two, variables: 1) the stimuli perceived by the driver immediately before they move their hands, legs and eyeballs, known as “antecedents” in scientific jargon and 2) the stimuli that the driver perceives immediately after those movements, i.e. the stimuli that follow the performance of each manoeuvre and that constitute the outcome, known as “consequences”.
