{"id":17758,"date":"2026-08-24T16:27:34","date_gmt":"2026-08-24T15:27:34","guid":{"rendered":"https:\/\/www.anicecommunication.com\/en\/un-nuovo-studio-di-castrol-svela-la-scienza-che-si-cela-dietro-il-brivido-della-guida\/"},"modified":"2026-08-25T14:42:28","modified_gmt":"2026-08-25T13:42:28","slug":"new-castrol-study-thrill-of-driving","status":"publish","type":"post","link":"https:\/\/www.anicecommunication.com\/en\/new-castrol-study-thrill-of-driving\/","title":{"rendered":"New Castrol study unveils the science behind the \u2018thrill of driving\u2019"},"content":{"rendered":"
Castrol has published the findings of a new independent study to identify the science behind the \u2018thrill of driving\u2019. The research explores the complex array of neurophysiological factors that may influence the sense of thrill that drivers experience when behind the wheel, the relative importance of speed, and the \u2018sweet spot\u2019 where the individual is in a \u2018flow\u2019 state and driving thrill is at its peak<\/p>\n
Participants in the study wore brain, eye, heart and skin monitoring equipment during five different tests where they drove or were driven, all carried out at a dedicated track facility in the UK. The capture and analysis of large volumes of neurophysiological data was handled by Brainbox, a UK-based neuroscience company that provides advanced brain research technology, training, and scientific support for organisations conducting research and clinical trials.<\/p>\n
\u2018The thrill of driving comes from controlled immersion, not speed\u2019<\/em><\/strong><\/p>\n The Castrol EDGE \u2018Thrill of Driving\u2019 Study suggests that driving thrill comes from the convergence of three key factors in an elevated state: visceral<\/em> (intense state of mental and physical stimulation), intellectual<\/em> (how engaged the mind is on the given task) and emotional<\/em> (identifying the balance of excitement versus fear).<\/p>\n If any of these three factors go beyond a level that feels manageable for the individual driver (and this can differ substantially from one individual to the next), they can become overwhelmed by the different external stimuli and the experience tips from thrill into a state of fear. From a neurophysiological perspective, the key stress indicators such as heart rate and eye movement shift into a less consistent, less managed pattern.<\/p>\n The study suggests how, beyond any other factor, a sense of controlled immersion<\/em> is essential for creating the thrill of driving. Notably, while speed is one of multiple contributory factors that heighten the sense of thrill, it is certainly not a primary determinant. Indeed, the thrill criteria were met consistently for the test subjects during the study\u2019s karting session on a tight and technical circuit where outright speeds were modest, but where the essential visceral, intellectual and emotional thresholds for driving thrill were all met.<\/p>\n The Castrol EDGE \u2018Thrill of Driving\u2019 Study also suggests that thrill was associated with participants feeling highly focused and in control within a managed, closed-course environment. This is when they may enter a neurophysiological \u2018flow\u2019 state.<\/p>\n \u201cNo single measurement defines thrill, rather it is where they are heightened and converge: the individual is experiencing a state of elevated neurophysiological arousal, they perceive that they are fully in control of the vehicle, and they are immersed in the experience both cognitively and emotionally,\u201d comments Dan Phillips, Co-founder & Director at Brainbox Ltd. \u201cThrill isn\u2019t about speed, it\u2019s about focus. The data shows real thrill as the moment a driver locks in completely, and it can be seen across the brain, heart and eyes.\u201d<\/p>\n Why Castrol commissioned the study<\/em><\/strong><\/p>\n Castrol commissioned the research as part of its \u2018data engineered\u2019 ethos for product development, highlighting the capabilities of Castrol EDGE, which has been data engineered for ultimate performance*.<\/p>\n Vincent Panel, Head of Product & Communications for Europe at Castrol, adds: \u201cWe\u2019re passionate about motorsport and driving, and we commissioned this study to develop unique insights into what the driver feels when behind the wheel: the thrill, the control, the connection.<\/p>\n \u201cCrucially, we identified that you don\u2019t need a supercar to experience driving thrill; you can experience almost the same sense of immersive control without high speeds, from a visit to a local karting track or a drive along one of your favourite roads. This study examines how that sense of thrill can be found in every driver.\u201d<\/p>\n By working with vehicle manufacturers and motorsport teams over many decades, Castrol has accumulated extensive data and technical insights, which it uses to inform the development of Castrol EDGE, its performance-focused flagship engine oil.<\/p>\n Note: The <\/em>activity referenced in the study was conducted on closed tracks and dedicated facilities under professional supervision. The findings should not be taken as encouraging high-speed, competitive or performance driving on public roads.<\/em><\/p>\n The Castrol \u2018Thrill of driving\u2019 Study in depth<\/strong><\/p>\n The Brainbox analysis used for The Castrol EDGE \u2018Thrill of Driving\u2019 Study was multi-modal, capturing and cross-referencing different neurophysiological markers for visceral, intellectual and emotional response. These included:<\/p>\n The test subjects were asked to drive or be driven in a variety of managed scenarios, each selected to benchmark response to varied speeds and involving different external stimuli, and with each posing different levels of physical and mental challenge. All testing was conducted in strictly controlled conditions away from the public highway at the PalmerSport facility in Bedfordshire, England, using professional instructors to guide the participants on how to drive the vehicles safely and confidently.<\/p>\n The tests included:<\/p>\n Thrill peaks when drivers enter a \u2018flow state\u2019<\/em><\/strong><\/p>\n The test process that stood out as the most thrilling was that where the subjects drove a McLaren Artura GT4 race car. This showed the highest level of brain and body arousal, coupled with the strongest signs of cognitive immersion and physical control. It also saw the test subjects demonstrate the signatures of a \u2018flow\u2019 state, where they were operating at the edge of their performance. Brain activity associated with deep focus was at its highest, the body\u2019s alertness and engagement were elevated, and eye movements showed intense concentration.<\/p>\n The Artura drivers kept their eyes on the ideal racing line for longer when cornering (an average of 70 \u2018apex-lock\u2019 fixations per minute) and they blinked very infrequently (just 2.5 times per minute \u2013 remarkably low compared to 15 to 20 times in a resting state). All of this points to them having a sense of being fully in control and immersed in the driving experience.<\/p>\n During an enjoyable \u2018thrill\u2019, the front of the brain \u2013 the area responsible for attention and decision-making \u2013 shows more \u2018theta\u2019 brain waves, which are linked to deep focus, while maintaining healthy alpha activity associated with calm alertness. This positive pattern was found most strongly the test sessions in the McLaren Artura GT4 and single-seat karts, with high frontal-midline theta (4\u20138 Hz) and moderate alpha (8\u201312 Hz) in the EEG tests.<\/p>\n
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