Goodyear's New Tech Enhances Safety in Bad Weather

Goodyear is revolutionizing driving safety in challenging weather conditions with the launch of a new technology that analyzes road conditions and tire data to activate the Autonomous Emergency Braking (AEB) system faster and more efficiently. This initiative underscores the company"s commitment to providing innovative solutions for safer driving in harsh weather.

The Importance of Goodyear’s New Technology

This technology comes at a time when automakers are striving to comply with U.S. regulations requiring all new cars sold in the country to be equipped with Autonomous Emergency Braking (AEB) systems by 2029. The new system offers significant improvements over existing systems, which are often designed only for dry roads.

How Does Goodyear’s Technology Work?

Traditional Systems:

• Current AEB systems are primarily designed to operate on high-traction surfaces, making them less effective in wet or snowy conditions.

The Upgraded Technology:

• Goodyear has partnered with the Dutch research organization TNO to develop an intelligent system.
• The system uses data from the car"s front and rear cameras, combined with external weather information.
• It analyzes tire models and their wear levels to determine the optimal timing for brake activation.

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The Role of Goodyear’s SightLine Technology

• Measuring the friction between tires and the road surface.
• Monitoring tire pressure.
• Detecting when tire rubber is excessively worn.
• This data enables precise adjustments to braking force based on road conditions.

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Test Results on Wet Roads

• Goodyear"s tests revealed that AEB systems equipped with SightLine technology can mitigate collisions at speeds of up to 80 km/h (50 mph).
• The system activates the brakes significantly faster than traditional systems, reducing accident risks.

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Benefits of Goodyear’s Technology

• Improved AEB performance in adverse weather conditions.

• Assisting automakers in meeting future safety standards.

• Optimized brake activation timing minimizes collision impact.