Due to the risk compensation phenomenon, how might a driver behave?
- A)Drive more cautiously due to the fear of a road accident.
- B)Take additional risks with new safety systems, so the accident risk does not decrease.✓ Correct answer
- C)Always have a lower accident risk if the vehicle is equipped with new safety systems.
Why this is the correct answer
The "risk compensation phenomenon" (also known as risk homeostasis) is a well-known concept in traffic psychology. It means that when drivers feel safer — for example, because their vehicle is equipped with advanced safety systems like ABS (Anti-lock Braking System, shown in the image), ESP, airbags, etc. — they unconsciously tend to take greater risks. They may drive faster, brake later, or follow other vehicles more closely, believing the technology will protect them. As a result, the overall accident risk may NOT decrease as much as expected, because the safety benefit is partially or fully offset by riskier driving behaviour. Let's review the options: • Option A is wrong: risk compensation does NOT make drivers more cautious — it's the opposite effect. • Option B is CORRECT: drivers take additional risks when they feel protected by new safety systems, so the expected reduction in accidents may not materialise. • Option C is wrong: having safety systems does NOT always guarantee a lower accident risk, precisely because of this compensating behaviour. Key takeaway: Safety technology saves lives, but only if drivers maintain the same level of caution. Never let a false sense of security lead you to take unnecessary risks.
More questions about accidents & emergency
- To recall the basic steps to follow in an accident, the P.A.S. rule is used. What does this acronym represent?
- Must you yield to a fire service vehicle that is using only its special flashing light (without the siren)?
- If a driver is ejected from a vehicle during an accident, what term describes the mechanism of injury associated with the impact against the ground?
- In a head-on collision, under what circumstances is a driver most likely to sustain a traumatic brain injury when their head strikes the windscreen?