In a stunning demonstration, a French road accident specialist has orchestrated a head-on collision between two Citroën models from different eras. The unique experiment aims to highlight the considerable progress made in car safety over the decades.
An extraordinary experience for road safety
Pascal Dragotto, an accident expert working for the French equivalent of the Road Safety Authority, carried out an unconventional crash test. Driving a recent Citroën at 110 km/h, he collided head-on with an older model of the brand. This spectacular experiment, filmed from 19 different angles, was intended to demonstrate the evolution of automobile safety standards.
The idea for this extraordinary crash test was born from the passion of Kevin, Pascal Dragotto's 18-year-old son. Fascinated since his early childhood by car safety demonstrations, the young man dreamed of taking part in such an experiment. This unusual family project required nearly a year of meticulous preparation.
A technical device designed for a controlled experiment
To carry out this demonstration, Pascal Dragotto set up a rigorous protocol. A 1968 Citroën DS, acquired for 800 euros, was chosen as a static “target”. The moving vehicle was a 2010 Citroën DS3, donated for the occasion.
The technical preparation of the moving vehicle was particularly thorough. Pascal Dragotto installed a safety cage, an anti-roll bar, bucket seats with racing harnesses, and a safety net behind the windshield. These modifications allowed Pascal and Kevin to take their place in the vehicle during the impact, equipped with full-face helmets and fireproof suits.
Edifying results on the evolution of passive safety
The crash test produced some striking images, highlighting the dramatic advances in passive safety. The modern Citroën DS3 literally “passed through” the body of the old DS, demonstrating the effectiveness of modern programmed deformation structures and survival cells.
This stark difference in crash behavior illustrates the importance of technological advances in vehicle design. Energy absorption zones, passenger compartment rigidity, and impact force distribution have evolved significantly in just a few decades, providing significantly better protection for occupants.
A strong message for road safety awareness
Beyond the spectacular aspect, this experience aims to raise awareness among the general public about the importance of automobile safety. By showing in a concrete and visual way the progress made, Pascal Dragotto hopes to encourage drivers to become aware of the crucial role of modern safety equipment.
This demonstration also highlights the importance of renewing the vehicle fleet to improve overall safety on the roads. Older vehicles, although sometimes full of history and nostalgia, cannot offer the same level of protection as recent models in the event of an accident.
A family project in the service of road safety
The family aspect of this project adds an emotional dimension to this scientific experience. The collaboration between Pascal Dragotto and his son Kevin illustrates the intergenerational transmission of road safety values. This original approach to prevention could inspire other initiatives to raise awareness among young drivers about road safety issues.
The fact that father and son were able to escape unharmed from the vehicle after a 110 km/h impact is a testament to the effectiveness of modern safety devices. This practical demonstration probably has more impact on the public than a simple theoretical presentation of advances in automobile safety.
Implications for the automotive industry and safety research
This type of experiment, while spectacular, provides valuable data for car manufacturers and road safety researchers. The detailed analysis of deformations, forces involved and material behavior allows for further refinement of safety features for future vehicles.
The results of this crash test could influence future homologation tests and safety standards imposed on manufacturers. They also highlight the importance of continuing research and development efforts in the field of passive and active vehicle safety.
In conclusion, this extraordinary experiment led by Pascal and Kevin Dragotto strikingly illustrates the progress made in automobile safety. Beyond the spectacle, it delivers a strong message on the importance of prevention and technological innovation to save lives on the roads.