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Toyota Motor North America R&D

Advancing mobility to discover better ways of moving people, goods and information

ABOUT TOYOTA MOTOR NORTH AMERICA RESEARCH & DEVELOPMENT (TMNA R&D)

TMNA R&D research divisions are exploring new ways to improve the human experience through Toyota’s technology and products.

Whether preventing vehicle crashes from cardiac events or developing autonomous technology to improve safety, TMNA R&D is advancing mobility solutions to improve our overall lives.

However, we cannot do this alone. We explore collaboration and partnerships on an unprecedented scale to be able to create a broad-based ecosystem of both software and hardware designed to help a range of companies utilize advanced mobility technology to better serve customers.

SELECT TMNA R&D DIVISIONS
Integrated Vehicle Systems (IVS)

Developing driver assistance and driving automation systems

InfoTech Labs (ITL)

Integrating emerging technologies to create mobility solutions to mitigate future societal problems

Collaborative Safety Research Center (CSRC)

Conducting publicly available research for new and advanced safety technologies

TRINA team member working in the lab.
Toyota Research Institute of North America (TRINA)

Discovering next generation core technologies for a sustainable mobility society

News
TRINA

Advances in Thermal Isolation: TRINA’s Electronics Research Team Makes Strides to Push Optical Performance

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TRINA

Unlocking the Secrets of Bird Flight

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CSRC

CSRC Latest Results Aim to Help Develop Tailored Strategies to Reduce Speeding

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CSRC

Toyota’s CSRC Shares Latest Results from Safety Collaborations to Promote a Future Safe Mobility Society

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TRINA

Turning Carbon Dioxide into Fuel: Conformal Copper Electrocatalysts Stand Out in the Crowd

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TRINA

Society Announces 2024-2025 ECS Toyota Young Investigator Fellowship Recipients

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TRINA

Cutting-Edge Vibration Isolation: Paul Gilmore’s Latest Research in Mechanical Systems and Signal Processing

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TRINA

Pioneering Hollow Liquid Crystal Elastomer Fiber: A New Frontier in Functional Composites

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TRINA

TRINA Scientists Demonstrate Acoustic Directional Sensing of Sirens with Deep Learning

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TRINA

Electrochemical Society Names Toyota Scientist a Fellow in 2024 Class

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