The History of Road Safety: Key Milestones
Evolution of Mobility: Milestones in Road Safety
From the first horse-drawn carriages to the era of autonomous driving, the journey toward safer roads has been defined by groundbreaking innovations, visionary engineering, and life-saving legislation.
For nearly a century, DEKRA has been at the forefront of this evolution. To provide you with a clearer perspective on how far we have come, we have organized the most pivotal moments in transport history into key thematic areas. Explore the milestones that have shaped our modern world, organized into the areas of technology, infrastructure, and the legal frameworks that keep us safe every day.
1865: First braking systems
The introduction of solid rubber tires and mechanical spoon brakes marked the earliest necessity for dedicated deceleration technology in personal mobility.
1885: The Birth of the Motorcycle
Gottlieb Daimler presented the "Riding Carriage" (Reitwagen), recognized as the world's first motorcycle powered by an internal combustion engine.
1886: The First Automobile
Carl Benz filed the patent for the "Benz Patent-Motorwagen Number 1," effectively ushering in the era of the modern automobile.
1888: Re-invention of Pneumatic Tires
J.B. Dunlop successfully re-invented and implemented pneumatic tires, significantly improving vehicle stability and road contact.
1902: Disc Brake and Speedometer
Frederick W. Lanchester patented the disc brake, while Otto Schulze developed the eddy-current speedometer, two critical tools for vehicle control.
1921: Hydraulic Braking System
The Duesenberg Model A became the first production vehicle equipped with a hydraulic braking system for more consistent and powerful stopping.
1923: Compressed-Air Brakes
The introduction of four-wheel compressed-air brakes by Knorr marked a major safety milestone for heavy commercial vehicles.
1946: Patenting of Radial Tires
Michelin patented the radial tire, which offered superior durability, grip, and safety compared to traditional bias-ply designs.
1951: Invention of the Crumple Zone
Béla Barényi patented the concept of a rigid passenger cell with front and rear shock-absorbing zones, the foundation of modern passive safety.
1951: Early Airbag Patent
Walter Linderer filed an early patent for an inflatable "airbag" designed to protect vehicle occupants during a collision.
1959: Three-Point Safety Belt
Volvo engineer Nils Ivar Bolin patented the three-point safety belt, which remains the most significant life-saving innovation in automotive history.
1963: Safety Steering Column
Béla Barényi patented the "safety steering shaft," designed to prevent the steering column from entering the cabin during a head-on impact.
1963: Launch of Child Safety Seats
The "Niki" model by Storchenmühle was launched as the world's first dedicated child car seat for young passenger protection.
1971: Patent for the Driver’s Airbag
Daimler-Benz AG filed a patent for a functional, production-ready driver’s airbag, moving the technology toward standardized automotive use.
1981: Market Launch of the Driver Airbag
Mercedes-Benz introduced the driver airbag and belt tensioner as a standard safety feature in the S-Class, marking its commercial breakthrough.
1993: First use of the pedelec principle
Yamaha introduced the Power Assist System, establishing the principle where an electric motor provides assistance only during active pedaling.
2003: Introduction of radar-based Collision Mitigation Brake System
Honda launched the world’s first radar-based autonomous emergency braking system in the Inspire, using sensors to predict and mitigate the severity of rear-end collisions.
2006: First Emergency Braking Assist in heavy trucks
Mercedes-Benz introduced the "Active Brake Assist" in the Actros, marking a breakthrough in heavy vehicle safety by automatically initiating emergency braking to prevent accidents.
2012: First Pedestrian Airbag
Volvo introduced the first-ever pedestrian airbag in the V40, aiming to mitigate injury risks for vulnerable road users outside the vehicle.
1902: Development of the eddy-current speedometer
German inventor Otto Schulze developed the eddy-current speedometer, providing the first reliable instrument for monitoring vehicle speed.
1956: First mobile traffic radar
Telefunken presented the world's first mobile radar device at the International Police Exhibition in Essen, enabling accurate speed enforcement.
1964: Distinction between active and passive safety
Luigi Locati published a seminal overview of motor vehicle safety, which officially distinguished between active safety (accident prevention) and passive safety (injury mitigation).
1966: Introduction of the mechanical Anti-lock Braking System (ABS)
The Dunlop Maxaret, the first mechanical ABS, was installed in the Jensen FF to prevent wheel lock-up during braking.
1969: Hydraulic disc brakes for motorcycles
The Honda CB 750 Four became the first mass-produced motorcycle to feature front hydraulic disc brakes as standard equipment.
1978: Electronic Anti-lock Braking System (ABS)
Mercedes-Benz and BMW introduced the first electronic ABS in their flagship models, significantly improving braking stability in critical situations.
1987: Traction Control System (TCS/ASR)
Mercedes-Benz introduced the first traction control system (ASR) to prevent drive-wheel slip, enhancing vehicle stability under various road conditions.
1988: ABS for motorcycles
BMW presented the K100, the world’s first series-production motorcycle equipped with an Anti-lock Braking System.
1992: Traction control for motorcycles
Honda introduced traction control for motorcycles with the Pan European, further advancing active stability for two-wheelers.
1995: Electronic Stability Program (ESP)
Robert Bosch GmbH and Mercedes-Benz launched the Electronic Stability Program, a dynamic system that automatically stabilizes the vehicle during loss-of-control scenarios.
1996: Combined braking system with ABV and traction control
Honda introduced an integrated braking and stability system in the ST 1100 to optimize control during emergency maneuvers.
1998: Adaptive Cruise Control (ACC)
Mercedes-Benz launched the first German production vehicle featuring Adaptive Cruise Control to maintain a safe distance from other vehicles automatically.
2001: Combined braking and adaptive brake force distribution
BMW introduced a combined braking system featuring advanced electronic brake force distribution for improved deceleration control.
2004: Duo-lever front suspension and electronic suspension adjustment
The BMW K 1200 S introduced the duo-lever front suspension and electronically adjustable shock absorbers (ESA) to optimize vehicle handling.
2006: Motorcycle airbag
Honda introduced a safety airbag for the Gold Wing, marking a significant advancement in rider protection for touring motorcycles.
2007: Brake-by-wire technology
Honda implemented the first motorcycle brake-by-wire system with electronic brake force control on the CBR 600/1000, separating the rider input from the mechanical braking action.
1909: Introduction of the national driving licence
The German Motor Vehicles Act introduced a standardized, nationwide driving licence in the German Reich, establishing the first uniform legal requirement for driving aptitude.
1913: Ban on iron tires
The German Reich prohibited the use of iron tires on trucks to reduce road surface damage, mandating the transition to rubber tires.
1931: Regulation of overland transport
New legislation in Germany formally established legal distinctions between passenger and goods transport to improve road safety and logistics.
1931: Convention on the Unification of Road Signs
The League of Nations adopted a convention in Geneva to harmonize traffic signage, laying the foundation for international road safety communication.
1951: Introduction of Periodic Technical Inspection (PTI)
Germany established a mandatory periodic safety inspection for motor vehicles to ensure all vehicles on public roads meet technical safety standards.
1953: National pedestrian crossing legislation
Germany legally mandated pedestrian crossings within the national road traffic regulations (Section 26), granting pedestrians formal priority.
1954: Introduction of the MPU
The medical-psychological examination (MPU) was introduced in Germany to assess the psychological and physical driving aptitude of individuals.
1956: UNECE Recommendation on the Transport of Dangerous Goods
The UNECE established the first international guidelines for the safe transport of hazardous materials, setting the stage for global safety protocols.
1956: Formalization of fitness-to-drive assessments
German vehicle regulations introduced the first standardized medical-psychological requirements to verify that drivers possess the necessary aptitude to operate a vehicle safely.
1957: Introduction of 50 km/h speed limit
Germany implemented a mandatory speed limit of 50 km/h in built-up areas, a critical measure to reduce the frequency and severity of urban accidents.
1959: Ban on rigid hood ornaments
Germany prohibited rigid hood ornaments on vehicles to prevent severe injuries to pedestrians during collisions, forcing manufacturers to adopt flexible designs.
1961: Introduction of the inspection sticker
Germany introduced the official "HU-Plakette" (inspection sticker) as a visible, standardized proof that a vehicle has successfully passed the mandatory safety inspection.
1964: Priority for pedestrians on zebra crossings
The German Road Traffic Act was amended to formally grant pedestrians the right of way at zebra crossings, significantly enhancing safety for vulnerable road users.
1966: National Traffic and Motor Vehicle Safety Act (USA)
President Lyndon B. Johnson signed this landmark legislation, which shifted the focus toward mandatory vehicle safety standards and federal oversight of automotive manufacturing.
1967/1974/1984: Implementation of seat belt mandates
The "Leber Plan" initiated seat belt requirements in Germany; mandatory installation for new vehicles followed in 1974, with fines for non-compliance introduced in 1984.
1968: International Conventions on Road Traffic
Signed in Vienna, these conventions established unified international standards for road traffic rules and road signage, creating a consistent safety language.
1970: Introduction of blood alcohol limits
Germany set a formal 0.8 per mille blood alcohol concentration limit to curb the danger of driving under the influence of alcohol.
1972: 100 km/h speed limit on rural roads
Germany implemented a 100 km/h limit on rural roads, balancing transport efficiency with the necessity of reducing fatal high-speed accidents.
1974: General 90 km/h speed limit on rural roads (France)
France introduced a nationwide speed limit for rural roads to harmonize traffic flow and improve safety in non-urban environments.
1974: Introduction of the points system
Germany replaced informal offender guidelines with a standardized point-based system (Section 4 StVG) to manage and track repeat traffic offenders.
1975: First city toll charge
Singapore pioneered the world’s first city toll system, using infrastructure and pricing to manage vehicle volume and enhance safety in the urban core.
1976/1977: Mandatory helmet legislation
Germany enacted legal requirements for motorcyclists, mopeds, and scooter riders to wear safety helmets to reduce the severity of head injuries.
1980: Introduction of traffic-calmed zones
"Verkehrsberuhigte Bereiche" were integrated into German road traffic law to prioritize pedestrian safety in residential neighborhoods.
1980/1992: Mandatory bicycle reflector requirements
Regulations significantly increased the mandatory number of reflectors on bicycles, ensuring cyclists remain visible in all lighting conditions.
1984: Fines for non-wearing of seat belts
The government introduced mandatory fines for failing to wear seat belts, ensuring high compliance rates with this vital safety device.
1985: First urban congestion charge
Bergen (Norway) became the first city to charge motorists for entering the city center, reducing traffic density and improving road safety.
1986: Driving licence on probation
Germany introduced a mandatory probationary period for new drivers to encourage safer driving behavior and accountability during their first years on the road.
1988: 90 km/h speed limit on rural roads (Italy)
Italy introduced this speed restriction to reduce accident rates and promote consistent behavior on its rural road network.
1989: Dangerous Goods Advisor Ordinance
Germany mandated the appointment of specialized advisors to ensure that the transport and handling of hazardous goods meet stringent safety standards.
1990: Speed limits in France
France introduced mandatory 50 km/h limits in built-up areas and 30 km/h zones to prioritize safety in densely populated residential areas.
1992: "Controle Technique" vehicle inspection
France launched its mandatory periodic vehicle inspection system to ensure that all cars remain in a safe, operational condition.
1993: Mandatory child seat usage
Germany made the use of approved child seats mandatory for all children under the age of 12 and shorter than 150 cm to ensure proper protection.
1995: Blood alcohol limit reduction (France)
France decreased its permissible blood alcohol concentration to 0.5 g/l, reflecting a more stringent approach to preventing alcohol-related accidents.
1998: Stricter drink-drive limits (Germany)
Germany introduced a 0.5 per mill limit, subsequently strengthening enforcement with driving bans to reduce alcohol-related risks.
1999: EU Regulation on the right to drive
This regulation harmonized the requirements and mutual recognition of driving licenses across the European Union.
1999/2006: Mandatory seat belts in coaches
The EU mandated safety belts in all newly registered coaches, with the requirement extended to all commercial bus passenger transport by 2006.
2001: Mobile phone ban
Germany prohibited the use of handheld mobile phones while driving to reduce driver distraction and increase focus on the road.
2003: Congestion charge (London)
London implemented a city-wide congestion charge, utilizing infrastructure policy to reduce gridlock and improve road safety in the city center.
2003/2005: EU Pedestrian Protection Directive
Directive 2003/102/EC established mandatory component crash tests for the front ends of vehicles to improve safety for pedestrians and cyclists.
2004: Mobile phone ban fines
Germany increased the enforcement of the mobile phone ban by introducing specific fines and penalty points to deter distraction.
2006: Frontal protection systems directive
New regulations ensured that vehicle frontal protection systems ("bull catchers") meet strict safety standards to protect pedestrians during collisions.
2007: Environmental zones (fine dust stickers)
Germany introduced "Umweltzonen" (environmental zones), which use vehicle labeling to improve urban air quality and limit high-emission vehicles.
2007: Mandatory retroreflective contour markings
The EU mandated retroreflective markings on commercial vehicles to increase visibility during night-time operation and in low-light conditions.
2011/2014: Mandatory ESP/ESC and Daytime Running Lights
The EU mandated that all new road vehicles must be equipped with Electronic Stability Control (ESP/ESC) and daytime running lights to prevent accidents.
2013: ISOFIX child seat standards
The UN Regulation no. 129 standardized child seat systems based on child height and mandated the use of ISOFIX attachment points for enhanced safety.
2013/2015/2016/2018: Mandatory AEBS and LDWS
The EU mandated Advanced Emergency Braking Systems and Lane Departure Warning Systems for new trucks and coaches to assist drivers in avoiding collisions.
2017: Helmet mandate for children (France)
France introduced a law requiring all children under the age of 12 to wear a helmet while cycling to improve safety for young road users.
2019: E-scooter regulation
Germany legalized the operation of E-scooters with strict safety requirements, including type approval, speed limits, and minimum age restrictions.
2019: General Safety Regulation (EU)
The EU adopted this comprehensive regulation, gradually mandating advanced driver assistance systems for all new vehicles to better protect vulnerable road users.
2020: Act on Autonomous Driving
Germany became the first country to legalize the operation of autonomous vehicles (Level 4) on public roads within defined areas.
2022/2024: Intelligent Speed Assistance mandate
The EU mandated the inclusion of Intelligent Speed Assistants and other automated safety systems in all new vehicle models to reduce human error.
1881: Founding of the Vienna Volunteer Rescue Society
Jaromír Freiherr von Mundy founded this pioneering society, setting a global precedent for the professional organization of emergency medical response.
1925: Founding of DEKRA
The "Deutscher Kraftfahrzeug-Überwachungsverein e.V." (DEKRA) was established in Berlin to ensure vehicle safety through professional technical inspections.
1926: First publication of accident statistics
The UK began systematically recording and publishing road accident statistics, creating the first empirical database for safety research.
1947: Col. John Paul Stapp’s deceleration project
Colonel John Paul Stapp conducted pioneering self-tests on a rocket sled in the USA, establishing the biomechanical limits of the human body during rapid deceleration.
1951: First comprehensive accident analysis
Engineer Hugh de Haven led the first systematic study of car accidents in collaboration with the Indiana State Police, launching the era of scientific accident investigation.
1953: Federal Office for Long-Distance Carriage of Goods
Germany established this office to regulate and oversee the safety and operations of commercial long-distance road transport.
1954: Formalization of accident tracking
The Federal Republic of Germany implemented a standardized, national system for recording and analyzing road traffic accidents.
1960: Launch of certified safety cabs
Sweden pioneered the development and introduction of certified safety cabs to improve survival rates for commercial vehicle drivers during rollovers.
1965: Publication of "Unsafe at Any Speed"
Consumer advocate Ralph Nader published this influential book, exposing systemic safety flaws in the American automotive industry and sparking a global safety movement.
1966: Launch of "Der 7. Sinn"
The German TV series "Der 7. Sinn" began airing, becoming the most prominent public education campaign on road safety, conduct, and hazard prevention.
1968: Technical Conference on Enhanced Safety of Vehicles (ESV)
The US Department of Transportation initiated this conference series to foster international collaboration in the research and testing of safety-focused vehicle concepts.
1969: Founding of the German Road Safety Council (DVR)
The DVR was established as a central body to coordinate road safety efforts, traffic education, and national safety awareness campaigns.
1970: First German road safety program (VSP)
The government submitted its first comprehensive national road safety program to the Bundestag, formalizing safety as a key political objective.
1970: Founding of the EEVC
The European Enhanced Vehicle-Safety Committee was established to conduct research into safety regulations and standardized crash testing procedures.
1971: International ESV research conferences
These conferences became the global forum for exchanging scientific results on the development and crash-testing of experimental safety vehicles.
1973: Launch of BASt "Accident Scene Studies"
The Federal Highway Research Institute (BASt) started detailed on-scene accident analysis in Hannover, the foundation for the later GIDAS project.
1973: Road safety appeal by President Urho Kekkonen
The Finnish President made a historic public appeal for improved road safety, elevating the topic to a high-level national priority.
1977: First publication of DEKRA’s technical journal
DEKRA launched its first journal, "Technische Mängel an Kraftfahrzeugen," to share findings on technical vehicle defects with the broader public and professionals.
1978: Beginning of the "Child and Traffic" program
The DVR launched this national initiative to improve the safety of children in traffic through dedicated education and awareness efforts.
1983: Max Danner’s "Belt or Death"
The German accident researcher published this work, using scientific evidence to illustrate the life-saving benefits of seat belts during a time of public debate.
1984: Second German road safety program
Minister Werner Dollinger presented this follow-up program, which included the introduction of fines for failing to wear seat belts.
1988: Founding of IRTAD
The International Traffic Safety Data and Analysis Group was established to collect, compare, and analyze international road safety data.
1990: First application of "Vision Zero"
Sweden introduced the ethical philosophy that the traffic system must be designed to forgive human error and prevent fatal consequences.
1990: THESEUS research project
This initiative was launched to develop advanced safety technologies specifically for tanker vehicles transporting hazardous goods.
1993: BASt "Road Traffic Safety Analysis" report
The Federal Highway Research Institute published this landmark report, providing a comprehensive analysis of safety trends to guide future policy decisions.
1997: First Euro NCAP crash test results
Euro NCAP launched its public crash-testing program, including pedestrian safety ratings, setting a new benchmark for vehicle safety.
1998: First "Black Spot" sign (Poland)
Poland began marking particularly dangerous road locations with "Black Spot" signs to increase driver awareness at high-risk points.
1998: EEVC Working Group 17 pedestrian report
This working group published a final report that significantly intensified the international focus on pedestrian protection in vehicle design.
2001: EU White Paper on Transport Policy
The EU published a strategic paper outlining a vision for European transport policy to improve safety and sustainability by 2010.
2001: Austrian road safety program
Austria developed and implemented a specialized national road safety program to address specific regional traffic challenges.
2002: DVR "Hats geklickt?" campaign
The German Road Safety Council launched this prominent campaign to promote seat belt usage through emotional and direct public appeal.
2002: ROSEBUD road safety project
The EU Commission funded this project to refine methods for assessing the economic impact of various road safety measures across Europe.
2003: "Towards Zero Deaths" (USA)
Minnesota launched this road safety program, applying the Vision Zero framework to state-level traffic safety planning and policy.
2004: Launch of European Road Safety Charter
The EU Commission initiated this charter, setting the ambitious goal of halving the number of traffic fatalities by 2010.
2006: Finnish "Road Safety 2006-2010" program
Finland launched this strategic roadmap to reduce traffic casualties through targeted infrastructure and safety measures.
2007: ETAC truck accident study
This major research project analyzed the fundamental causes of truck accidents to identify potential safety improvements in heavy goods transport.
2010/2011/2020: UN Decade of Action
The UN declared two successive decades to mobilize global efforts and standardize safety practices to reduce road fatalities worldwide.
2012: Field tests for "long trucks"
The German Ministry of Transport initiated large-scale trials of "Gigaliners" to evaluate the impact of vehicle dimensions on safety and infrastructure.
2014: Vision Zero Action Plan (New York City)
Mayor Bill de Blasio implemented this ambitious urban strategy, utilizing data and design to eliminate traffic deaths on city streets.
2015: Main inspection adapter for electronic testing
Testing organizations in Germany were mandated to use digital adapters to inspect increasingly complex electronic vehicle systems during regular maintenance checks.
2018: ITF Annual Summit
The International Transport Forum hosted this global summit in Leipzig to discuss high-level strategies for transport safety and security.
2018: "Europe on the Move" package
The EU set a new target to halve traffic fatalities and serious injuries across the continent for the 2021–2030 period.
1662: Introduction of the first horse-drawn omnibuses
Paris launched the world’s first horse-drawn omnibus service, known as "carrosses à cinq sols," which established the early foundations of public road-based mass transit.
1823: Pioneering of macadamized road construction
John Loudon McAdam revolutionized transport infrastructure by inventing a process for building durable gravel roads, commonly known as "macadamization."
1838: First horse-drawn streetcar
Europe saw the introduction of its first horse-drawn streetcar service, connecting the French towns of Montbrison and Montrond.
1863: Opening of the world’s first underground railway
London inaugurated the world’s first underground railway, significantly transforming urban mobility and reducing surface traffic congestion.
1868: First gas-lit traffic signal
The world's first traffic light system was installed in London, utilizing gas-lit signals to manage early urban traffic flow.
1881: World’s first electric tram
Berlin introduced the world's first electric tram, marking a pivotal transition from animal-powered to electrified public transport.
1895: First fuel-driven bus service in Germany
The first regular bus route powered by an internal combustion engine was established in Germany, operating between Siegen and Netphen.
1900: Opening of the Paris Métro
The Paris Métro was inaugurated during the World Exhibition, marking a significant milestone in the development of efficient, high-capacity urban underground transport.
1907: Construction of the first segregated cycle path
Germany’s Offenbacher Alleenring became the first road system to feature a structurally separated path exclusively dedicated to cyclists.
1911: Invention of lane markings
The introduction of road markings to separate traffic lanes laid the technological and practical foundation for modern lane-keeping systems.
1912: First electric red-green traffic signal
Salt Lake City, Utah, installed the first electric traffic signal featuring standardized red and green lights for intersection control.
1917: First automatic traffic control tower
Detroit installed the first automatic traffic control tower at an intersection, centralizing signal management to improve traffic regulation efficiency.
1920: Introduction of the tri-color light signal
Paris introduced Europe’s first tri-color traffic signal system, adding the yellow light to better manage the transition between stops and starts.
1922: Germany’s first three-color light signal
Hamburg installed the first three-color traffic signal system in Germany, aligning urban traffic regulation with international standards.
1934: Invention of reflective road studs
British inventor Percy Shaw developed reflective road studs, known as "cat’s eyes," to improve lane visibility and driver guidance at night.
1949: International recognition of the zebra crossing
The Geneva Protocol on Road Signs and Signals formally introduced the "zebra crossing" as an international standard for pedestrian safety.
1952: First zebra crossings in Germany
Following international standards, the first pedestrian zebra crossings were marked out on German roads to prioritize safety for walkers.
1960: First coordinated rescue service in Germany
Germany launched its first coordinated emergency rescue service, ensuring professionalized rapid response for accident victims.
1990: Renaissance of the modern roundabout
The roundabout saw a global revival as a highly effective traffic-calming measure designed to improve intersection safety and traffic flow.
2003: "Euskirchen" motorcycle barrier
The "Euskirchen" traffic barrier with integrated underrun protection was approved, significantly improving safety for motorcyclists in the event of an impact.
2013: Launch of specialized urban mobility education
Nuremberg introduced the first university Master’s degree program in "Urban Mobility and Traffic Engineering," professionalizing the future of infrastructure planning.
2018: Introduction of flexible plastic curve marker panels
Following extensive testing and research supported by DEKRA, flexible plastic curve markers were approved to replace rigid steel versions, significantly reducing injury risks for motorcyclists during collisions.
1921: First public demonstration of a radio-controlled automobile
Engineers at the McCook aviation station in Dayton, Ohio, successfully demonstrated the first driverless, radio-controlled car to the public, proving the feasibility of wireless vehicle remote control.
1938: Early vision of automated traffic
The magazine "Popular Science" published one of the first foresight reports on the potential for future automated traffic systems.
1965: First bicycle-sharing system
Luud Schimmelpennink launched the world's first experimental bicycle-sharing program in Amsterdam, pioneering the concept of shared urban micromobility.
1968: World’s first automated underground railway
London’s Victoria Line entered service as the first fully automatic, computer-controlled underground railway system.
1975: Prototype of an e-bike
Konosuke Matsushita, founder of Panasonic, unveiled an early e-bike prototype, demonstrating the potential for electric pedal assistance.
1978: Development of experimental safety vehicles
German universities initiated a collaborative project to develop experimental safety vehicles specifically focused on the protection of vulnerable road users.
1979: The "UNI-CAR" research project
An academic working group developed the "UNI-CAR," featuring a "soft face" design optimized to minimize injuries to pedestrians during impacts at up to 45 km/h.
1980: Early head-up display integration
General Motors began equipping select US market models with early black-and-white head-up displays to project critical information into the driver's line of sight.
1986: Launch of the PROMETHEUS research project
The EUREKA project "PROMETHEUS" was launched, marking the first major research effort into the potential of automated and connected driving.
1987: Premiere of modern car-sharing
The car-sharing model celebrated its commercial debut in Zurich, providing a scalable blueprint for shared-vehicle access in urban environments.
1994: Standardized automotive navigation
BMW became the first manufacturer to offer a factory-fitted navigation system as standard equipment in its 7 Series models.
1995: First large-scale public bike-sharing
Copenhagen introduced the first major public bicycle-sharing system with a fleet of 300 bikes, significantly advancing urban mobility options.
1998: Driverless metro operation
Paris inaugurated Line 14, the city's first fully automated, driverless metro line.
2003: Commercial market launch of the head-up display
BMW became the first European manufacturer to introduce head-up display technology for series production in its 5 and 6 Series models.
2006: Presentation of the "Safety Truck"
Daimler unveiled the "Safety Truck," integrating adaptive cruise control, lane assistance, and automated emergency braking systems.
2007: DARPA Urban Challenge
The inaugural DARPA Urban Challenge took place in the USA, an international competition that significantly accelerated the development of unmanned vehicles in urban settings.
2007: First driverless underground railway in Germany
Nuremberg successfully commissioned Germany's first fully automatic, driverless underground railway system.
2012: First all-electric car-sharing program
Citroën launched "Multicity" in Berlin, the first car-sharing program in Germany to utilize an exclusively electric vehicle fleet.
2014: Google's self-driving car prototype
Google presented its first purpose-built prototype of a fully self-driving car, advancing the discourse on autonomous vehicle technology.
2014: Future Truck 2025
Daimler introduced the "Future Truck 2025," featuring an intelligent "Highway Pilot" system capable of automated freeway driving at speeds up to 85 km/h.
2015: Establishment of an official automated driving test track
A section of the German A9 freeway was officially designated as a test track to facilitate real-world testing of automated and connected driving technologies.
2016: Conclusion of the long-truck field test
Germany concluded a multi-year field test involving long trucks to evaluate their impact on traffic safety, infrastructure, and transport efficiency.
Frequently Asked Questions (FAQ)
Key milestones include the introduction of the three-point safety belt (1959), the development of the crumple zone (1951), the implementation of the first traffic lights (1914), and the standardization of driving licenses (1909). More recent breakthroughs focus on active safety, such as Electronic Stability Control (ESC) (1995) and the development of autonomous driving technologies.
Vehicle safety has evolved from a focus on basic vehicle control (brakes, lights) in the early 20th century to passive safety in the mid-century (seatbelts, airbags, crumple zones), and finally to active safety (driver assistance systems like ESP, emergency braking, and sensors). The current trend is toward connectivity and autonomous systems to eliminate human error entirely.
Understanding the difference is crucial for safety: Passive safety features (like airbags or safety cells) protect occupants during a collision to minimize injury. Active safety technologies (like ABS or Lane Assist) work to prevent accidents from occurring in the first place by aiding the driver or intervening in dangerous situations.
Infrastructure provides the framework for safe interaction between road users. Innovations like clear lane markings (1911), standardized traffic signs (1931), pedestrian crossings (1949), and traffic lights are essential for organizing traffic flow, reducing chaos, and protecting vulnerable road users like pedestrians and cyclists.
Since its foundation in 1925, DEKRA has been a key institution in vehicle testing and safety research. Through its periodic technical inspections (PTI), accident research, and safety campaigns, DEKRA has played a vital role in setting safety standards and promoting public awareness for safe mobility throughout the decades.