1959 Three-point safety belt
Since Volvo engineer Nils Bohlin introduced three-point safety belts in our PV544 model, over one million lives have been saved as a result of Volvo Cars waiving its patent rights so everybody could benefit.
We have invented some of the most important features in the history of car safety. Our technology makes a real difference, and there’s more to come.
Since Volvo engineer Nils Bohlin introduced three-point safety belts in our PV544 model, over one million lives have been saved as a result of Volvo Cars waiving its patent rights so everybody could benefit.
Remember those early images of astronauts lying on their backs during take-off to even out the force on their bodies? Well, that was the basic principle behind our industry-first rearward-facing child seats. To spread the load and minimise injury.
We invented the world’s first belt-positioning booster allowing children from 4 years of age to travel facing forward, with increased protection and comfort.
The introduction of the first built-in booster cushion was another huge step forward for child safety. Developed together with the vehicle restraints, it provided premium protection and comfort for young passengers.
This next milestone was an integral part of the car’s design and included a very strong structure and energy-absorbing materials on the inside, a cross-member in the floor and even reinforced seats.
We followed up the SIPS with another world-first: side-impact torso airbags, or, the SIPS bags.
Thanks to a clever seat and head-restraint design, WHIPS provides uniform support and energy absorption in the event of rear-end impacts, helping to reduce the risk of whiplash injuries.
The first airbag system to offer improved protection for both front and rear seat occupants. Concealed in the headliner, it helps protect the occupant’s head during a side impact or rollover scenario.
As SUVs grew more popular, we enhanced our SUVs’ stability with an electronic roll stability control system and improved their body design, structure and restraints to help improve protection in rollover accidents.
When drivers change lanes, a moment’s inattention can have catastrophic consequences if the driver hasn’t spotted another car in the blind spot. So, we decided that our cars would help us watch out for trouble, too. Our BLIS system uses cameras or radars to detect vehicles alongside and offset to the rear of the Volvo. When a car enters the blind spot area, a warning light comes on near the door mirror, giving the driver more time to react.
*BLIS is part of the Driver Awareness Package. Semi conductor shortages means the Driver Awareness Package is not standard and not available in some models. Contact Volvo Cars or your Volvo Cars retailer for more information or to find out if your order is impacted.
Starting with our first Volvo XC60, we introduced this autonomous emergency braking system as standard in all the coming new Volvo models. Using laser to detect, it helps reduce the risk of rear-end collisions at low speeds.
Our safety innovations benefit people outside our cars, too. Using radar and camera, this system warns the driver if somebody steps out in front of the car, and brakes by itself if the driver fails to do so.
As a pioneer in testing road departure crashes, we focused on keeping occupants firmly in position by tightening the safety belt and introducing energy-absorbing seat functionality to mitigate spine injuries.
Slippery Road Alert and Hazard Light Alert use the cloud to share critical data between vehicles, alerting the driver about slippery road sections or vehicles that have activated their hazard lights.
If an oncoming vehicle veers into your lane and a collision is unavoidable, this feature can help reduce your vehicle's speed to mitigate the force of the collision.
Since the 1970s, we have collected crash data to better understand what happens during a collision. With the E.V.A. Initiative we made it easily accessible in a digital library for anyone to download.
To send a strong signal about the dangers of speeding, we reduced the top speed of all our new cars to 180 km/h, also taking active responsibility towards zero traffic fatalities by supporting better driver behavior.
Based on high-performance sensors, lidar technology is key for creating safe autonomous cars. It is designed to help autonomous cars detect other cars, pedestrians and cyclists.
This 2-camera system is designed to detect if the driver is distracted, sleepy or even intoxicated. If needed, the system will activate a protective shield and take appropriate countermeasures to preserve safety margins.
Volvo Cars’ safety features complement safe driving practices and are not intended to enable or encourage distracted, aggressive, or otherwise unsafe or illegal driving. Ultimately, the driver is responsible for the safe operation of the vehicle at all times. Described features may be optional and availability may vary from one country to another.