Finding an answer to the question of which brand of car is the safest often turns into an endless study of ratings and conflicting data. Statistics of road accidents show that the survival of passengers directly depends on the combination of active and passive protection incorporated by engineers when designing the body. Modern technologies make it possible to minimize the consequences of driver errors, but there is no car that would guarantee absolute invulnerability in any situation.
Many drivers mistakenly rely only on the dimensions and weight of the vehicle, considering massive SUVs to be the standard of safety. Actually car safety determined by the rigidity of the frame, the quality of materials and the complexity of electronic assistants that can prevent an impact before it begins. In this article we will analyze in detail the performance of leading manufacturers, based on data from independent organizations Euro NCAP and IIHS.
It is important to understand that even the most reliable car requires the driver to comply with traffic rules. Stabilization systems and automatic braking work effectively, but they are not all-powerful. Choosing a car for a family is always a compromise between budget, comfort and the level of protection that a particular model can provide at a critical moment.
Safety assessment criteria: active and passive protection
When determining a leader in security, experts divide all systems into two main groups: active and passive. Active safety includes all elements that help the driver control the car and avoid emergency situations. These include anti-lock brakes, stability control and advanced blind-spot radar.
Passive protection comes into play after a collision. This airbags, belts with pretensioners, body crumple zones and head restraints to prevent neck injuries. It is the balance between these two areas that determines the final rating of the brand. Some manufacturers focus on preventing impact, others on maximum safety of life in the event of an inevitable collision.
- 🛡️ Active systems: automatic emergency braking, lane keeping, adaptive cruise control.
- 🛑 Passive elements: number of airbags, strength of the cabin frame, energy-absorbing materials.
- 📡 Monitoring technologies: all-round cameras, driver fatigue sensors, night vision systems.
⚠️ Attention: The presence of a large number of airbags does not compensate for the lack of active braking systems. Modern safety standards require both components.
Particular attention is paid to the protection of pedestrians and cyclists, which becomes an important criterion for European ratings. Hood design and the bumpers of modern cars are designed to soften the impact in the event of a collision with a person. This is a complex engineering process that requires the use of special materials and sensor algorithms.
Volvo: Zero Death Philosophy
The Swedish concern Volvo has been associated with the word “safety” for decades. The company has publicly stated its goal to achieve zero mortality in new cars of the brand by 2020 and continues to move in this direction. Volvo engineers pioneered the introduction of three-point seat belts, making them generally available, and continue to set the industry standard.
Models Volvo XC90 and Volvo XC60 regularly achieve maximum scores in crash tests. A unique feature is the City Safety system, which can recognize not only cars, but also large animals, cyclists and pedestrians even in the dark. The on-board computer is able to independently decide on emergency braking if the driver does not react to the danger.
History of the invention of belts
Volvo engineer Nils Bohlin developed the three-point belt in 1959. The company made a revolutionary decision not to patent the invention, but to open access to the technology to all automakers in the world in order to save lives.
Boron-containing steel of increased strength is used in the construction of Swedish car bodies. Up to 40% of the Volvo XC90's frame is made from ultra-strong steel, which creates a kind of survival capsule around the passengers. Even with the strongest side impacts, the deformation of the interior remains minimal, maintaining living space.
- 🚗 Model range: XC90, XC60, S90, V90 demonstrate consistently high results.
- 🤖 Autopilot: The Pilot Assist system allows you to partially delegate control to electronics on the track.
- 🚑 Contacting emergency services: automatic call for help when airbags or impact sensors are deployed.
Despite high technology, the driver should not rely entirely on electronics. Help systems are only assistants, and the responsibility for driving the vehicle always lies with the person behind the wheel. Volvo is betting that its cars are forgiving, but don't negate the need for care.
Subaru and Mazda: the Japanese approach to protection
Japanese brands Subaru and Mazda are often underrated in terms of safety, although their results in independent tests are impressive. Subaru relies on symmetrical all-wheel drive, which provides better directional stability and traction in any weather. This is an active safety element that helps avoid skidding on slippery roads.
Technology EyeSight from Subaru is a set of stereo cameras installed near the windshield. The system recognizes road markings, signs and obstacles, adjusting the operation of the engine and brakes. In IIHS testing, Subaru Outback and Forester models regularly earn Top Safety Pick+.
Company Mazda introduces SkyActiv-Body technology, which creates a ring structure of the frame. This allows the impact energy to be effectively dissipated throughout the body, preventing load concentration at one point. Mazda CX-5 and Mazda 3 are considered one of the safest cars in their class due to their thoughtful body geometry.
An important aspect is protection against side impacts, which are often fatal. Japanese engineers strengthen the sills and B-pillars using materials with different tensile strengths. Deformation zones designed to absorb maximum kinetic energy before it reaches the cabin.
⚠️ Attention: Subaru all-wheel drive improves handling, but does not reduce braking distances on ice. Winter tires remain a prerequisite for safe operation.
Tesla and electric cars: a new era of protection
The advent of electric vehicles has changed the perception of vehicle safety. Tesla became the first mass manufacturer whose models (Model 3, Model Y) received maximum marks in all categories of Euro NCAP tests. The low center of gravity due to the placement of the heavy battery in the floor virtually eliminates the risk of tipping over.
The absence of a massive internal combustion engine at the front allows for a huge crumple zone to be created. In a frontal collision, the energy is dissipated in the long space in front of the passenger compartment, where the engine is built in in conventional cars. Aluminum frame and heavy-duty steel provide high torsional rigidity.
| Model | Adult protection | Child protection | Pedestrian safety | Assistants |
|---|---|---|---|---|
| Tesla Model 3 | 96% | 87% | 86% | 94% |
| Tesla Model Y | 97% | 87% | 82% | 98% |
| Volvo XC40 Recharge | 97% | 87% | 77% | 94% |
| Subaru Outback | 93% | 91% | 83% | 93% |
Electric vehicles are equipped with advanced driver monitoring systems. Cameras in the cabin track the direction of gaze and head position, giving signals when signs of drowsiness are detected. Autopilot Tesla, despite the controversy surrounding its name, provides a wide range of active safety features available even on the base trim level.
When purchasing an electric vehicle, pay attention to the fire safety rating of the battery. Although fires are less common than with internal combustion engines, extinguishing lithium-ion batteries requires special conditions.
However, owners should be mindful of the weight. Electric vehicles are significantly heavier than their internal combustion engine counterparts, which affects inertia during braking and interaction with other road users in the event of a collision. Kinetic energy a heavy vehicle will be higher upon impact, which must be taken into account when maneuvering.
Euro NCAP and IIHS ratings: who to trust?
For an objective assessment of safety, there are two main organizations: the European Euro NCAP and American Insurance Institute for Highway Safety (IIHS). Their methods differ, which gives a more complete picture. Euro NCAP pays great attention to pedestrian protection and the presence of electronic assistants in basic trim levels.
The IIHS is known for its stringent small-overlap tests, where the vehicle hits an obstacle at just the angle of its snout. Many cars that received 5 stars in other tests fell apart when tested by the IIHS. Methodology is constantly updated to reflect real-life accident scenarios that change as the automotive industry evolves.
- 🇪🇺 Euro NCAP: focus on comprehensive protection of all road users and availability of safety systems.
- 🇺🇸 IIHS: emphasis on the structural strength of the body and the performance of collision avoidance systems.
- 📊 Comparison: a car that receives high marks in both ratings is considered a safety standard.
It is important to check which configuration the test was carried out for. Manufacturers often send top versions for testing with the maximum set of airbags and radars, while basic models may be deprived of some systems. Safety rating may vary dramatically depending on the option package selected.
⚠️ Attention: Safety stars are assigned at the time of testing of a specific model. Over the years, demands are growing, and a car that was a leader 5 years ago can today be considered mediocre.
☑️ Safety check before purchase
Influence of equipment on the level of protection
The buyer is often faced with a situation where the desired level of security is available only in expensive trim levels. Base versions may not have rear-seat side airbags or blind-spot monitoring systems. Optional systems often become a key factor in survival.
When choosing a car, you must carefully study the equipment sheet. Availability adaptive cruise control or driver fatigue monitoring systems may cost extra money, but the investment pays off in peace of mind. In some brands, such as Toyota or Volkswagen, advanced assistants become available only in top versions.
It is also worth considering the cost of restoring security systems after an accident. Parking sensors, cameras and radars built into bumpers and mirrors are very sensitive to impacts. Maintainability and the availability of security system parts is an important but often overlooked aspect of ownership.
Car safety is not only about the brand, but also about the specific equipment. Always check the vehicle's VIN or vehicle specification for the required driver assistance systems.
FAQ: Frequently asked questions
Is it true that large SUVs are safer than small hatchbacks?
Not always. Although weight does provide an advantage in a collision with a smaller object, modern compact cars have excellent body strength ratings. In addition, heavy SUVs have a higher center of gravity and the risk of rollover, as well as longer braking distances.
Can you trust automatic braking systems 100%?
No. Systems are limited by speed, weather conditions and type of obstacles. Automatic braking - This is insurance, not a replacement for the driver. In rain, snow or bright sun, the sensors may not work correctly.
Does the color of a car affect safety?
Statistics show that light-colored cars (white, silver) are less likely to get into accidents at night due to better visibility. However, modern lighting systems and daytime running lights minimize this factor.
Which brand of car is the safest according to mortality statistics?
According to IIHS and Euro NCAP statistics, the leaders are traditionally Volvo, Tesla, Subaru and Mercedes-Benz. However, specific numbers depend on the year of manufacture and model. Volvo historically has some of the lowest mortality rates among its owners.