176 articles · Page 1
This section collects the site's coverage of the safety and driver assistance systems built into modern cars. Articles explain how advanced driver assistance systems work in practice, including adaptive cruise control, lane keeping assist, blind spot monitoring, collision avoidance and adaptive headlights, and where each one falls short. Other pieces deal with anti-theft and keyless entry systems, vehicle recall checks, emergency assistance features and rearview cameras. Connected cars and smart vehicle features are treated alongside their data and cybersecurity implications. Comparison guides weigh individual technologies against their cost, so readers can judge which equipment matters when buying a car and which is optional.
Belt reminders have evolved from simple lights into sophisticated safety systems. This article examines how they work, their limitations, and ongoing debates about their effectiveness.
Car infotainment systems have evolved into complex data collection platforms. This article explains the privacy risks, safety trade-offs, and what drivers should know before upgrading.
Remote start has evolved from a luxury feature into a standard offering. This article examines its benefits, subscription fees, security concerns, and untold risks.
Roadside assistance covers towing and emergency repairs, but comes with hidden fees and coverage gaps. This article explains the real risks and how to avoid them.
Self driving levels define how much a vehicle can operate without human control. This article explains the six levels, how they differ, and why the distinction matters for safety.
Autonomous vehicles promise safer mobility, yet face legal, technical, and public trust challenges. This article examines nine realities shaping the industry today.
Discover insights about best cars with wifi hotspot
Car voice assistants offer hands-free control but raise privacy and data concerns. This article examines how they work, their limitations, and what automakers don't disclose.
Keyless go systems offer convenience but also create security vulnerabilities. This article examines how the technology works and the theft risks drivers face.
Modern car tools have evolved significantly. This article explains which tools are essential, why common kits fail, and how to build an effective kit for today's vehicles.
Future car technology is reshaping vehicle ownership through AI, software, and new risks. This article examines what automakers rarely explain and what matters for your next car.
Discover insights about future of cars
Problem areas in future cars include technical flaws and design risks. This article identifies 11 hidden traps and explains the expert fixes that address them.
Discover insights about v2x technology
Airbag technology has known deployment failures and safety gaps. This article examines the real risks, corporate accountability issues, and what drivers should know.
Autonomous driving has faced mounting safety concerns and regulatory challenges. This article examines the real risks, documented accidents, and gap between industry promises and current reality.
This article examines the best cars with heads up display, separating proven safety benefits from marketing claims.
Seatbelt features have evolved significantly. This article examines which innovations genuinely improve crash protection and which common assumptions about seatbelt safety are myths.
Car AI technology now powers features in 25% of new vehicles. This article explains the current capabilities, market projections, and the real safety and ethical questions surrounding automotive AI.
Car technology features in 2025 range from life-saving safety advances to half-baked gimmicks. This article separates genuine breakthroughs from marketing hype and privacy trade-offs.
LED headlights offer brighter illumination and energy efficiency, but come with hidden costs, legal grey zones, and safety concerns. This article examines the tradeoffs.
Discover insights about parking cameras
Adaptive driving technology is reshaping mobility. This article examines the real costs, system failures, and practical solutions behind the technology reshaping how people drive.
5G cars are vehicles equipped with 5G modems and advanced antennas for ultra-low-latency connectivity. This article explains what distinguishes them from 4G vehicles and their core capabilities.
Automatic braking systems save lives but have documented failures. This article explains how they work, their limitations, and what drivers should know.
Digital cluster technology has reshaped modern vehicle dashboards. This article examines the safety implications, repair costs, and privacy risks of software-driven automotive displays.
Teen driver limits are based on crash data and safety research. This article explains the history behind these rules and the evidence supporting them.
Tilt sensors underpin safety systems across vehicles, robotics, and industrial equipment. This article explains how these devices work and why they matter.
Adaptive headlights improve visibility on dark roads and reduce nighttime crash risk. This article explains how the technology works and its real safety benefits.
Interior sensors in cars have evolved from simple alerts to AI systems that monitor occupants. This article explains what they do, the privacy concerns, and how automakers use the data.
Tail lights are critical safety components, not mere plastic fixtures. This article examines 2026 LED technology, design challenges, and risks drivers commonly ignore.
Top tether prevents forward head movement in crashes, yet 64% of parents skip or misuse it. This article explains why the device matters and how to use it correctly.
Voice assistants now number 8.4 billion worldwide. This article examines their capabilities, privacy implications, and how users can maintain control over their data.
Haptic feedback uses actuators to create physical sensations through technology. This article explains how the technology works, its applications, and the ethical questions surrounding it.
Teen driver monitoring has become central to family safety debates. This article examines the documented safety benefits, privacy trade-offs, and what families should weigh before deciding.
Visibility features are designed to reduce blind spots and prevent accidents. This article examines how these systems work, their limitations, and what drivers need to know.
Best cars with automatic parking are reshaping urban driving. This article examines which models lead, how the technology works, and where it falls short.
Safety technology is reshaping cars in 2026. This article examines which features reduce collisions, where they fall short, and how drivers use them.
Braking distance determines how far your car travels after braking begins. This article explains the physics behind it, debunks common myths, and covers factors that affect stopping safety.
Car driver assistance has advanced from cruise control to AI systems. This article examines the capabilities, limitations, and what drivers should know about current technology.
ADAS is the umbrella term for electronic systems that support the driver during normal driving, such as adaptive cruise control, lane keeping assist, blind spot monitoring and collision avoidance. They use cameras, radar and sensors to warn the driver or intervene in steering and braking. They assist the driver but do not replace attention behind the wheel.
Blind spot monitoring alerts you when another vehicle is in the area your mirrors do not cover, which helps during lane changes. The risk is false trust: the system has limits and can miss fast-approaching vehicles or objects outside its detection range. Shoulder checks remain necessary even in a car equipped with it.
Connected vehicles exchange data over mobile networks, which creates an attack surface that traditional cars do not have. Keyless entry systems in particular have been targeted by relay attacks used in vehicle theft. Articles in this section cover both the anti-theft measures available and the data questions dealers rarely raise.
