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Tokai Rika Co., Ltd.

Company Profile

■URL

http://www.tokai-rika.co.jp/en/

■Address

3-260 Toyota, Oguchi-cho, Niwa-gun, Aichi-ken, 480-0195, Japan

Business Overview

-The Company is an automotive-interior parts manufacturer affiliated with the Toyota Group, producing HMI products, seat belts, smart systems, shifting levers and other products. In the fiscal year that ended in March 2024, 73% of its sales were to Toyota.

(in JPY millions)
  FY 2023  
Toyota and Toyota Group 455,760
Subaru 29,425
Suzuki 21,906
Ford 20,025
Other (Car OEM) 22,959
Other 73,480
Total 623,558

 

Main Products

  • HMI (Human machine Interface) products
  • key-locks
  • seat belts
  • shift levers

Shareholders

-Listed on the Prime Market of the Tokyo Stock Exchange and the Premier Market of the Nagoya Stock Exchange. (As of Mar. 31, 2024)
Name or Company Name Investment Ratio (%)
Toyota Motor Corp. 32.72
The Master Trust Bank of Japan, Ltd. (Trust Account) 10.07
The Dai-ichi Life Insurance Company, Limited 2.69
Custody Bank of Japan, Ltd. (Trust Account) 2.11
Employee stock holdings 1.98
SSBTC CLIENT OMNIBUS ACCOUNT 1.65
The Bank of New York, Treaty Jasdec account 1.58
State Street Bank and Trust Company 505001 1.45
Tokai Rika Co-prosperity Society 1.42
State Street Bank and Trust Company 505223 1.20
Total 58.90

 

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Products

Human Interface Systems and Controls
-Multi-function switches
-Steering switches
-Rear seat switch modules
-Shift by wire selector
-Shift levers
-Power window switches
-Push start switches
-Heater control switches
-Touch pad switches
-Lever combination switches
-Various switches

  • Hazard warning switches
  • Fog lamp switches
  • Power outer mirror switches
  • Defogger switches
  • Rheostat light control switches
  • Seat switches

-Various sensing switches

  • Neutral start switches
  • Parking brake switches
  • Engine oil pressure switches
  • Door locking switches
  • Brake lamp switches
  • Courtesy lamp switches
  • Back lamp switches

Security Systems
-Smart key portable devices and Emergency keys
-Electronic key systems
-Powered/Mechanical steering lock assemblies
-Immobilizers
-Remote keys
-Key sets

Safety Systems
-Seat belts
-Steering wheels
-Outer mirrors
-Digital outer mirrors

Electronic Products & Devices
-Power supply ECUs
-Immobilizer ECUs
-Speed sensors
-Steering angle sensors
-Custom ICs

Ornaments
-Full wheel covers
-Center caps
-Emblems

Application Products
-Connectors

  • Board lock PCB connectors
  • SMT connectors

-Auto Alarm

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History

Aug. 1948 Established as Tokai Rika Denki Seisakusho in Nishi-Biwajima, Aichi and started producing and selling automotive switches.
Mar. 1960 Established Tokai Rika Service Co., Ltd.
Oct. 1961 Listed on the Second Section of Tokyo and Nagoya Stock Exchanges.
Dec. 1963 Started producing and selling seat belts.
Jun. 1967 Started producing and selling shift levers.
Sep. 1978 Listed on the First Section of the Tokyo and Nagoya Stock Exchanges.
Sep. 1980 Head Office moved to the present location of Oguchi-cho, Aichi Pref.
Aug. 1981 Started producing and selling automotive mirrors.
Jun. 1982 Head office moved to Oguchi, Aichi.
Oct. 1983 Started producing and selling steering wheels.
Feb. 1985 Started producing and selling child seats.
Apr. 1986 Established a 100% owned subsidiary, Tokai Rika USA, in Detroit, Michigan
Jul. 1986 Established in partnership with TRW Canada, pursuant to Ontario law, a joint venture, Quality Safety Systems Co. in Toronto, Ontario, Canada.
Jun. 1987 Established Rica Auto Parts Co., Ltd. in Taiwan..
Jun. 1989 Started producing and selling air bags
Dec. 1989 Established a 100% owned subsidiary, Houga, in Toyohashi, Aichi.
Mar. 1991 Established a 100% owned subsidiary, TAC Manufacturing, in Southfield, Michigan.
May 1994 Established a joint venture, Thai Seatbelt, in Thailand with Toyota Boshoku, Toyotsu Thailand, and a local company.
Jul. 1995 Established a 95% owned joint venture, TRP in Laguna, Philippines with Mitsui Co.
Jan. 1997 Established a 100% owned subsidiary, TRIN, of its US subsidiary, Tokai Rika USA in Ashley, Indiana.
Sep. 1997 Established a 100% owned subsidiary, Tokai Rika (Thailand) Co., Ltd. in Thailand.
Jan. 1998 Established TRMI, Inc. in the United States, taking over the manufacturing function of Tokai Rika USA, Inc.
Changed the corporate name of Tokai Rika USA, Inc. to TRAM, Inc.
Aug. 1998 Decided that the Company should be commonly referred to as Tokai Rika
Dec. 1998 Established TRB Limited in the United Kingdom
Jan. 2000 Completed a network of R&D functions in Japan, North America, and Europe by establishing a development center at its European office in the Netherlands. The move was to support TRB, a new UK factory opened in May and started operation in fall 2000, in its marketing efforts to attract local carmakers and improve TRB's utilization rate
Jan. 2000 Expected growth in the wooden interiors market, purchased 50% of the shares of Microtecnowood, which was established in November 1999 as a 100% subsidiary of Miroku works.
Feb. 2001 Established a joint venture, Tianjin Tokairika Automotive Parts Co., Ltd. with a local company and Toyota Tsusho Corp. in Tienjin, China
Mar. 2001 Established Hsin Chong International Investment with a 60% owned joint venture, Wuxi Risho Technology Co., Ltd (with capitalization of 920 million yen), which will start producing seat belts in February 2002, with targeted sales of 3.67 million yen in 2005.
Mar. 2001 Established a joint venture, Wuxi Risho Technology Co., Ltd. in Wuxi, China with Hsin Chong International Investment Co., Ltd.
Mar. 2001 Established a joint venture, Tianjin Tokai Rika Auto Parts Co., Ltd. (capitalization of 1.15 billion yen with Tokai Rika holding 75%, Toyoda Tsusho Corporation, 5%, and Tianjin City Traffic Apparatus Factory , 20% of shares), which will start producing switches in September 2002 and is targeting sales of 980 million yen in 2005
Jun. 2001 Established a 100% owned subsidiary, TRBR Industria e Comercio ltda.(with capitalization of 90 million yen), in Brazil from where the company will supply switches to Japanese customers based in Latin America. The subsidiary is planning to start production in 2002, with targeted sales of 590 million yen in 2005.
Oct. 2002 Set up a joint venture company, STF Company, Ltd. in Korea with Shinchang Electrics Co., Ltd. and Furukawa Electric Co., Ltd., to develop and produce electronic parts for automotive components.
Feb. 2003 Established wholly owned subsidiary, Tokai Rika Belgium N.V. in Diegem, Belgium.
Mar. 2003 Rika Technica was merged into Houga Co., Ltd.
Jun. 2003 Established a wholly owned subsidiary, Tokai Rika Canada, in Toronto, Ontario, Canada. The Company purchased all the shares in Quality Safety Systems Co. that TRW Canada held.
Sep. 2003 Established Suzhou Huachang Mechanical and Electrical Co., Ltd. in Suzhou, China as a joint venture together with Shinchang Electrics Co., Ltd. and other entities.
Jun. 2004 Established Foshan Tokairika Automotive Parts Co., Ltd. in Foshan, China as a joint venture with Rica Auto Parts Co., Ltd. and Toyota Tsusho Corporation.
Aug. 2004 Established TRMAC engineering in Nagoya, Japan as a joint venture with Macsystems Corporation.
Jan. 2008 Established Tokai Rika Northeast Technological Center, a new development center in Yamagata Prefecture, Japan.
Feb. 2008 Made Sandenzaisha Co., Ltd. its subsidiary.
Apr. 2008 Established wholly-owned subsidiary, Tokai Rika Asia Co., Ltd., in Samut prakan, in Thailand.
Aug. 2008 Established Tokai Rika Minda India Private Ltd. in Bangalore, India, as a joint venture with local capital.
May 2011 Established PT. Tokai Rika Indonesia in Jawa Barat, Indonesia as a joint venture with Toyota Tsusho Corporation.
Dec. 2012 Established PT. Tokai Rika Safety Indonesia in Tangerang as a joint-venture with the Hsinchong Group based in Taiwan.
May. 2015 Established Tokai Rika Mexico, S.A. de C.V., a joint venture with TRAM Inc. and Toyota Tsusho Corp., in Salinas Victoria, Nuevo Leon, Mexico.
Oct. 2018 Established a new wholly-owned sales and technical subsidiary, Tokai Rika (Jiangsu) Automotive Parts Co., Ltd., in Wuxi, Jiangsu Province, China.
Sep. 2020 Established the Tokai Rika DigitalKey brand, launching operations in this business segment.
Jul. 2021 NSK Corporation and Ena Tokai Rika Corporation merged to form 100%-owned Tokai Rika NExT Corporation.
Apr. 2022 Moved from the First Section to the Prime Market of the Tokyo Stock Exchange. Moved from the First Section to the Premier Market of the Nagoya Stock Exchange.
Nov. 2022 Established TOKAI RIKA TOHOKU CO.,LTD.

Supplemental Information 1

>>>FY ended Mar. 31, 2008 Business report
>>>FY ended Mar. 31, 2009 Business report
>>>FY ended Mar. 31, 2010 Business report
>>>FY ended Mar. 31, 2011 Business report
>>>FY ended Mar. 31, 2012 Business report
>>>FY ended Mar. 31, 2013 Business report
>>>FY ended Mar. 31, 2014 Business report
>>>FY ended Mar. 31, 2015 Business report
>>>FY ended Mar. 31, 2016 Business report
>>>FY ended Mar. 31, 2017 Business report
>>>FY ended Mar. 31, 2018 Business report
>>>FY ended Mar. 31, 2019 Business report
>>>FY ended Mar. 31, 2020 Business report
>>>FY ended Mar. 31, 2021 Business report
>>>FY ended Mar. 31, 2022 Business report
>>>FY ended Mar. 31, 2023 Business report

Archives of Past Exhibits

Note: A figure in brackets ( ) indicates a loss

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2024 JSAE Automotive Engineering Exposition
Intelligent Cockpit Concept 2024
- The cockpit system reads the feelings and intentions of the driver and proposes an in-vehicle experience tailored to the scene. In addition to contributing to safety by providing voice guidance when switching between automatic and manual operation, the system provides intuitive operation through feedback using visual, tactile, auditory, and olfactory senses for button operation.
2024 JSAE Automotive Engineering Exposition
Intelligent Cockpit Concept 2024
- The cockpit system reads the feelings and intentions of the driver and proposes an in-vehicle experience tailored to the scene. In addition to contributing to safety by providing voice guidance when switching between automatic and manual operation, the system provides intuitive operation through feedback using visual, tactile, auditory, and olfactory senses for button operation.
2024 JSAE Automotive Engineering Exposition
Intelligent Cockpit Concept 2024
- The cockpit system reads the feelings and intentions of the driver and proposes an in-vehicle experience tailored to the scene. In addition to contributing to safety by providing voice guidance when switching between automatic and manual operation, the system provides intuitive operation through feedback using visual, tactile, auditory, and olfactory senses for button operation.
2024 JSAE Automotive Engineering Exposition
Intelligent Cockpit Concept 2024
- The cockpit system reads the feelings and intentions of the driver and proposes an in-vehicle experience tailored to the scene. In addition to contributing to safety by providing voice guidance when switching between automatic and manual operation, the system provides intuitive operation through feedback using visual, tactile, auditory, and olfactory senses for button operation.
2024 JSAE Automotive Engineering Exposition
HMI Controller
-The sensor detects the occupant's state of mind and intentions through his/her electrocardiogram, skeletal structure, facial expression, and voice, and estimates their emotion and fatigue levels. Based on this information, the system will support the realization of functions such as suggesting seats, air conditioning, fragrances, etc.
2024 JSAE Automotive Engineering Exposition
HMI Controller
-The sensor detects the occupant's state of mind and intentions through his/her electrocardiogram, skeletal structure, facial expression, and voice, and estimates their emotion and fatigue levels. Based on this information, the system will support the realization of functions such as suggesting seats, air conditioning, fragrances, etc.
2024 JSAE Automotive Engineering Exposition
Electric Current Sensor Module for Next-generation in-wheel Motor
2024 JSAE Automotive Engineering Exposition
Electric Current Sensor Module for Next-generation in-wheel Motor
2024 JSAE Automotive Engineering Exposition
Electric Current Sensor Module for Next-generation in-wheel Motor
2024 JSAE Automotive Engineering Exposition
Electric Current Sensor Module for Next-generation in-wheel Motor
2024 JSAE Automotive Engineering Exposition
Electric Current Sensor Module for Next-generation in-wheel Motor
2024 JSAE Automotive Engineering Exposition
Electric Current Sensor Module for Next-generation in-wheel Motor
2024 JSAE Automotive Engineering Exposition
Decorative Panels
-Microhole processing realizes an aperture method instead of the conventional transmission method. Illumination color is not affected by the pattern and color of the decorative panel.
--Bamboo Composite / Hairline Style / Geometric Pattern / Iro Shibo
2024 JSAE Automotive Engineering Exposition
Decorative Panels
-Microhole processing realizes an aperture method instead of the conventional transmission method. Illumination color is not affected by the pattern and color of the decorative panel.
--Bamboo Composite / Hairline Style / Geometric Pattern / Iro Shibo
2024 JSAE Automotive Engineering Exposition
Decorative Panels
-Microhole processing realizes an aperture method instead of the conventional transmission method. Illumination color is not affected by the pattern and color of the decorative panel.
--Bamboo Composite / Hairline Style / Geometric Pattern / Iro Shibo
2024 JSAE Automotive Engineering Exposition
Decorative Panels
-Microhole processing realizes an aperture method instead of the conventional transmission method. Illumination color is not affected by the pattern and color of the decorative panel.
--Bamboo Composite / Hairline Style / Geometric Pattern / Iro Shibo
Automotive World 2024
G5 motor system
Exhibit by Tokai Rika in collaboration with e-Gle Co., Ltd.
In-wheel motor with built-in inverter. It is 17 inches in size and has a maximum torque of 1200Nm.
Equipped with Tokai Rika's current sensor and busbar.
Automotive World 2024
G5 motor system
Exhibit by Tokai Rika in collaboration with e-Gle Co., Ltd.
In-wheel motor with built-in inverter. It is 17 inches in size and has a maximum torque of 1200Nm.
Equipped with Tokai Rika's current sensor and busbar.
Automotive World 2024
G5 motor system
Exhibit by Tokai Rika in collaboration with e-Gle Co., Ltd.
In-wheel motor with built-in inverter. It is 17 inches in size and has a maximum torque of 1200Nm.
Equipped with Tokai Rika's current sensor and busbar.
Automotive World 2024
G4 air-cooled in-wheel motor
Exhibit by Tokai Rika in collaboration with e-Gle Co., Ltd.
Intended for use in the rear wheels of C-class and D-class EVs. Since the motors are mounted on the wheels, four-wheel drive can be achieved while maintaining the internal space of the vehicle.
Automotive World 2024
G4 air-cooled in-wheel motor
Exhibit by Tokai Rika in collaboration with e-Gle Co., Ltd.
Intended for use in the rear wheels of C-class and D-class EVs. Since the motors are mounted on the wheels, four-wheel drive can be achieved while maintaining the internal space of the vehicle.
Automotive World 2024
Wireless charging support
A system that supports wireless charging of EVs using UWB measurement technology used in digital key technology. The UWB distance detection function calculates the distance and direction between the power transmitting coil and power receiving coil, and provides operating instructions to the driver. It is possible to prevent power loss and parking adjustments due to misalignment of the coil.
Automotive World 2024
Wireless charging support
A system that supports wireless charging of EVs using UWB measurement technology used in digital key technology. The UWB distance detection function calculates the distance and direction between the power transmitting coil and power receiving coil, and provides operating instructions to the driver. It is possible to prevent power loss and parking adjustments due to misalignment of the coil.
Automotive World 2024
Wireless charging support
A system that supports wireless charging of EVs using UWB measurement technology used in digital key technology. The UWB distance detection function calculates the distance and direction between the power transmitting coil and power receiving coil, and provides operating instructions to the driver. It is possible to prevent power loss and parking adjustments due to misalignment of the coil.
Automotive World 2024
Child presence detection system
A system that detects children by integrating radar functionality into the UWB on-vehicle device for digital keys. Two onboard devices are placed in the upper part of the vehicle interior to determine the presence or absence of children inside the vehicle.
Automotive World 2024
Child presence detection system
A system that detects children by integrating radar functionality into the UWB on-vehicle device for digital keys. Two onboard devices are placed in the upper part of the vehicle interior to determine the presence or absence of children inside the vehicle.
Automotive World 2024
Child presence detection system
A system that detects children by integrating radar functionality into the UWB on-vehicle device for digital keys. Two onboard devices are placed in the upper part of the vehicle interior to determine the presence or absence of children inside the vehicle.
Automotive World 2024
Child presence detection system
A system that detects children by integrating radar functionality into the UWB on-vehicle device for digital keys. Two onboard devices are placed in the upper part of the vehicle interior to determine the presence or absence of children inside the vehicle.
JAPAN MOBILITY SHOW 2023
Feelings capture technology
- Demonstration of the ability to detect electrocardiograms and measure stress and fatigue by placing both hands on the device.
- To support safe driving of automobiles, the system detects conditions such as fatigue levels of the driver holding the steering wheel.
JAPAN MOBILITY SHOW 2023
Feelings capture technology
- Demonstration of the ability to detect electrocardiograms and measure stress and fatigue by placing both hands on the device.
- To support safe driving of automobiles, the system detects conditions such as fatigue levels of the driver holding the steering wheel.
JAPAN MOBILITY SHOW 2023
Motion capture technology
- Demonstration of capturing joint movements using camera sensors.
- The company aims to enhance the safety of autonomous driving buses without drivers by remote monitoring to detect passenger behavior and provide warnings.
- In October 2023, a demonstration test was conducted in Kawasaki City, Kanagawa Prefecture, Japan.
JAPAN MOBILITY SHOW 2023
Motion capture technology
- Demonstration of capturing joint movements using camera sensors.
- The company aims to enhance the safety of autonomous driving buses without drivers by remote monitoring to detect passenger behavior and provide warnings.
- In October 2023, a demonstration test was conducted in Kawasaki City, Kanagawa Prefecture, Japan.
JAPAN MOBILITY SHOW 2023
Motion capture technology
- Demonstration of capturing joint movements using camera sensors.
- The company aims to enhance the safety of autonomous driving buses without drivers by remote monitoring to detect passenger behavior and provide warnings.
- In October 2023, a demonstration test was conducted in Kawasaki City, Kanagawa Prefecture, Japan.
JAPAN MOBILITY SHOW 2023
Location capture technology
- Demonstration of technology for capturing the position of people.
- For automobiles, the system contributes to a smooth departure by capturing the position of the key and automatically opening and closing the doors.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
ASIC (Application-Specific Integrated Circuit)
-The left side of the photo is the previous generation product. It used to have a complicated structure with parts attached to both sides, but the current generation product on the right has been made smaller and thinner. Only one side is used, which also contributes to cost reduction.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
ASIC (Application-Specific Integrated Circuit)
-The left side of the photo is the previous generation product. It used to have a complicated structure with parts attached to both sides, but the current generation product on the right has been made smaller and thinner. Only one side is used, which also contributes to cost reduction.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
ASIC (Application-Specific Integrated Circuit)
-The left side of the photo is the previous generation product. It used to have a complicated structure with parts attached to both sides, but the current generation product on the right has been made smaller and thinner. Only one side is used, which also contributes to cost reduction.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
ASIC (Application-Specific Integrated Circuit)
-The left side of the photo is the previous generation product. It used to have a complicated structure with parts attached to both sides, but the current generation product on the right has been made smaller and thinner. Only one side is used, which also contributes to cost reduction.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
ASIC (Application-Specific Integrated Circuit)
-The left side of the photo is the previous generation product. It used to have a complicated structure with parts attached to both sides, but the current generation product on the right has been made smaller and thinner. Only one side is used, which also contributes to cost reduction.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Steering angle sensor and switching sensor
-A magnetic sensor detects changes in the magnetic field due to the movement of the magnet.
-Since the magnet and sensor are non-contact, they are highly durable and have a long lifespan.
-The steering angle sensor responds to the rotational movement of the magnet, and the switching sensor responds to the longitudinal movement of the magnet.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Steering angle sensor and switching sensor
-A magnetic sensor detects changes in the magnetic field due to the movement of the magnet.
-Since the magnet and sensor are non-contact, they are highly durable and have a long lifespan.
-The steering angle sensor responds to the rotational movement of the magnet, and the switching sensor responds to the longitudinal movement of the magnet.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Steering angle sensor and switching sensor
-A magnetic sensor detects changes in the magnetic field due to the movement of the magnet.
-Since the magnet and sensor are non-contact, they are highly durable and have a long lifespan.
-The steering angle sensor responds to the rotational movement of the magnet, and the switching sensor responds to the longitudinal movement of the magnet.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Steering angle sensor and switching sensor
-A magnetic sensor detects changes in the magnetic field due to the movement of the magnet.
-Since the magnet and sensor are non-contact, they are highly durable and have a long lifespan.
-The steering angle sensor responds to the rotational movement of the magnet, and the switching sensor responds to the longitudinal movement of the magnet.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Steering angle sensor and switching sensor
-A magnetic sensor detects changes in the magnetic field due to the movement of the magnet.
-Since the magnet and sensor are non-contact, they are highly durable and have a long lifespan.
-The steering angle sensor responds to the rotational movement of the magnet, and the switching sensor responds to the longitudinal movement of the magnet.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Steering angle sensor and switching sensor
-A magnetic sensor detects changes in the magnetic field due to the movement of the magnet.
-Since the magnet and sensor are non-contact, they are highly durable and have a long lifespan.
-The steering angle sensor responds to the rotational movement of the magnet, and the switching sensor responds to the longitudinal movement of the magnet.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Plastic magnets
-Integrated molding technology of resin and magnet.
-Magnets with opposite poles can be arranged without gaps, and the surface shape can be changed.
-The products on display this time are used as shift lever parts.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Plastic magnets
-Integrated molding technology of resin and magnet.
-Magnets with opposite poles can be arranged without gaps, and the surface shape can be changed.
-The products on display this time are used as shift lever parts.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Proximity sensor
-Non-contact magnetic sensor.
-The left side of the product has a built-in magnet and sensor. It turns on when metal approaches, and turns off when it moves away.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Proximity sensor
-Non-contact magnetic sensor.
-The left side of the product has a built-in magnet and sensor. It turns on when metal approaches, and turns off when it moves away.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Proximity sensor
-Non-contact magnetic sensor.
-The left side of the product has a built-in magnet and sensor. It turns on when metal approaches, and turns off when it moves away.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Proximity sensor
-Non-contact magnetic sensor.
-The left side of the product has a built-in magnet and sensor. It turns on when metal approaches, and turns off when it moves away.
AUTOMOTIVE WORLD / World Smart Energy Week September 2023
Proximity sensor
-Non-contact magnetic sensor.
-The left side of the product has a built-in magnet and sensor. It turns on when metal approaches, and turns off when it moves away.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Concept of cabin space for mobility in 2028.
-Equipped with a sensor that detects human motion and recognizes hand movements, the front-seat display and console can be stowed/deployed.
Integrates the company's technologies, including shift-by-wire steering, electrocardiographic sensors that can measure driver fatigue and emotions, electrostatic steer link switches, and electronic sun visors.
2023 JSAE Automotive Engineering Exposition
Fatigue, sleepiness, and emotion estimation steering system
-Sensors built into the inside of the handle measure electrocardiograms and can estimate fatigue, sleepiness, and emotions. If the feelings such as an anger is detected, it can activate the aroma function in the back of the cockpit seat.
2023 JSAE Automotive Engineering Exposition
Fatigue, sleepiness, and emotion estimation steering system
-Sensors built into the inside of the handle measure electrocardiograms and can estimate fatigue, sleepiness, and emotions. If the feelings such as an anger is detected, it can activate the aroma function in the back of the cockpit seat.
2023 JSAE Automotive Engineering Exposition
Fatigue, sleepiness, and emotion estimation steering system
-Sensors built into the inside of the handle measure electrocardiograms and can estimate fatigue, sleepiness, and emotions. If the feelings such as an anger is detected, it can activate the aroma function in the back of the cockpit seat.
2023 JSAE Automotive Engineering Exposition
Fatigue, sleepiness, and emotion estimation steering system
-Sensors built into the inside of the handle measure electrocardiograms and can estimate fatigue, sleepiness, and emotions. If the feelings such as an anger is detected, it can activate the aroma function in the back of the cockpit seat.
2023 JSAE Automotive Engineering Exposition
Fatigue, sleepiness, and emotion estimation steering system
-Sensors built into the inside of the handle measure electrocardiograms and can estimate fatigue, sleepiness, and emotions. If the feelings such as an anger is detected, it can activate the aroma function in the back of the cockpit seat.
2023 JSAE Automotive Engineering Exposition
Transparent Decorative Panels
2023 JSAE Automotive Engineering Exposition
Transparent Decorative Panels
2023 JSAE Automotive Engineering Exposition
UWB antenna system for digital keys
-Products for smart phone digital keys. While multiple units were conventionally required to locate a position, the newly developed product is a multi-antenna type that can locate a position by distance and angle with a single unit. This contributes to a reduction in the number of units required.
2023 JSAE Automotive Engineering Exposition
UWB antenna system for digital keys
-Products for smart phone digital keys. While multiple units were conventionally required to locate a position, the newly developed product is a multi-antenna type that can locate a position by distance and angle with a single unit. This contributes to a reduction in the number of units required.
2023 JSAE Automotive Engineering Exposition
UWB antenna system for digital keys
-Products for smart phone digital keys. While multiple units were conventionally required to locate a position, the newly developed product is a multi-antenna type that can locate a position by distance and angle with a single unit. This contributes to a reduction in the number of units required.
2023 JSAE Automotive Engineering Exposition
UWB antenna system for digital keys
-Products for smart phone digital keys. While multiple units were conventionally required to locate a position, the newly developed product is a multi-antenna type that can locate a position by distance and angle with a single unit. This contributes to a reduction in the number of units required.
2023 JSAE Automotive Engineering Exposition
UWB antenna system for digital keys
-Products for smart phone digital keys. While multiple units were conventionally required to locate a position, the newly developed product is a multi-antenna type that can locate a position by distance and angle with a single unit. This contributes to a reduction in the number of units required.
2023 JSAE Automotive Engineering Exposition
Child presence detection support device
-Millimeter wave sensor detects infant's heartbeat.
-One sensor can detect up to two rows of seats.
2023 JSAE Automotive Engineering Exposition
Child presence detection support device
-Millimeter wave sensor detects infant's heartbeat.
-One sensor can detect up to two rows of seats.
2023 JSAE Automotive Engineering Exposition
Child presence detection support device
-Millimeter wave sensor detects infant's heartbeat.
-One sensor can detect up to two rows of seats.
2023 JSAE Automotive Engineering Exposition
Child presence detection support device
-Millimeter wave sensor detects infant's heartbeat.
-One sensor can detect up to two rows of seats.
2023 JSAE Automotive Engineering Exposition
Child presence detection support device
-Millimeter wave sensor detects infant's heartbeat.
-One sensor can detect up to two rows of seats.
2023 JSAE Automotive Engineering Exposition
Seamless controller linked with a display
- A controller that works seamlessly with the display to enhance the operability of the touch panel while the car is running.
‐It provides a sense of security in operation by sending tactile feedback to the driver with a click feeling.
2023 JSAE Automotive Engineering Exposition
Seamless controller linked with a display
- A controller that works seamlessly with the display to enhance the operability of the touch panel while the car is running.
‐It provides a sense of security in operation by sending tactile feedback to the driver with a click feeling.
2023 JSAE Automotive Engineering Exposition
Seamless controller linked with a display
- A controller that works seamlessly with the display to enhance the operability of the touch panel while the car is running.
‐It provides a sense of security in operation by sending tactile feedback to the driver with a click feeling.
2023 JSAE Automotive Engineering Exposition
Seamless controller linked with a display
- A controller that works seamlessly with the display to enhance the operability of the touch panel while the car is running.
‐It provides a sense of security in operation by sending tactile feedback to the driver with a click feeling.
2023 JSAE Automotive Engineering Exposition
Seamless controller linked with a display
- A controller that works seamlessly with the display to enhance the operability of the touch panel while the car is running.
‐It provides a sense of security in operation by sending tactile feedback to the driver with a click feeling.
2023 JSAE Automotive Engineering Exposition
Electronic sun visor
-Driver monitor system detects the driver's squinting eyes and automatically activates the sun visor.
2023 JSAE Automotive Engineering Exposition
Electronic sun visor
-Driver monitor system detects the driver's squinting eyes and automatically activates the sun visor.
2023 JSAE Automotive Engineering Exposition
Safety device to assist in preventing buses from leaving passengers behind for pickups and drop-offs
-Developed in line with the guidelines for safety equipment by the Ministry of Land, Infrastructure, Transport and Tourism.
2023 JSAE Automotive Engineering Exposition
Safety device to assist in preventing buses from leaving passengers behind for pickups and drop-offs
-Developed in line with the guidelines for safety equipment by the Ministry of Land, Infrastructure, Transport and Tourism.
2023 JSAE Automotive Engineering Exposition
Hand motion sensor (ToF sensor)
-Optical ToF sensor detects hand movements to enable gesture and object proximity detection in the vehicle cabin. Cost reduction is achieved by utilizing sensors with relatively low resolution and supplementing them with algorithms.
2023 JSAE Automotive Engineering Exposition
Hand motion sensor (ToF sensor)
-Optical ToF sensor detects hand movements to enable gesture and object proximity detection in the vehicle cabin. Cost reduction is achieved by utilizing sensors with relatively low resolution and supplementing them with algorithms.
2023 JSAE Automotive Engineering Exposition
Hand motion sensor (ToF sensor)
-Optical ToF sensor detects hand movements to enable gesture and object proximity detection in the vehicle cabin. Cost reduction is achieved by utilizing sensors with relatively low resolution and supplementing them with algorithms.
2023 JSAE Automotive Engineering Exposition
Hand motion sensor (ToF sensor)
-Optical ToF sensor detects hand movements to enable gesture and object proximity detection in the vehicle cabin. Cost reduction is achieved by utilizing sensors with relatively low resolution and supplementing them with algorithms.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Sustainable materials bamboo＋
-Material made from bamboo, which was also partially applied to the cockpit that was exhibited.
2023 JSAE Automotive Engineering Exposition
Human presence sensor (camera)
-In the demonstration, images from a camera are read and processed by software to detect the skeletal structure of the hand. It can identify hand gestures.
2023 JSAE Automotive Engineering Exposition
Human presence sensor (camera)
-In the demonstration, images from a camera are read and processed by software to detect the skeletal structure of the hand. It can identify hand gestures.
2023 JSAE Automotive Engineering Exposition
Human presence sensor (camera)
-In the demonstration, images from a camera are read and processed by software to detect the skeletal structure of the hand. It can identify hand gestures.
2023 JSAE Automotive Engineering Exposition
Human presence sensor (camera)
-In the demonstration, images from a camera are read and processed by software to detect the skeletal structure of the hand. It can identify hand gestures.
2023 JSAE Automotive Engineering Exposition
Human presence sensor (camera)
-In the demonstration, images from a camera are read and processed by software to detect the skeletal structure of the hand. It can identify hand gestures.
Automotive World 2023
Remote monitoring system (vehicle side)
-A system that monitors the status of occupants inside the vehicle (standing, sitting, hands outside the vehicle, etc.) using cameras inside and outside the vehicle, video converters, ECUs, etc. in autonomous vehicles. The system judges the human skeleton and estimates the state of the occupant.
Automotive World 2023
Remote monitoring system (vehicle side)
-A system that monitors the status of occupants inside the vehicle (standing, sitting, hands outside the vehicle, etc.) using cameras inside and outside the vehicle, video converters, ECUs, etc. in autonomous vehicles. The system judges the human skeleton and estimates the state of the occupant.
Automotive World 2023
Remote monitoring system (vehicle side)
-A system that monitors the status of occupants inside the vehicle (standing, sitting, hands outside the vehicle, etc.) using cameras inside and outside the vehicle, video converters, ECUs, etc. in autonomous vehicles. The system judges the human skeleton and estimates the state of the occupant.
Automotive World 2023
Remote monitoring control unit
-A remote control unit that can be operated remotely based on images from inside the vehicle. The unit maintains the same operational feel as a vehicle and integrates switches, displays, and other components.
Automotive World 2023
Remote monitoring control unit
-A remote control unit that can be operated remotely based on images from inside the vehicle. The unit maintains the same operational feel as a vehicle and integrates switches, displays, and other components.
Automotive World 2023
Remote monitoring control unit
-A remote control unit that can be operated remotely based on images from inside the vehicle. The unit maintains the same operational feel as a vehicle and integrates switches, displays, and other components.
Automotive World 2023
Remote monitoring system
A system that monitors the status of the vehicle in an autonomous vehicle from outside and operates the vehicle as needed. Optimizes video information for monitoring by combining images, adjusting brightness, and controlling transmission volume. The company provided this system for an autonomous driving field testing conducted in Aichi Prefecture, Japan in FY2022.
Automotive World 2023
Remote monitoring system
A system that monitors the status of the vehicle in an autonomous vehicle from outside and operates the vehicle as needed. Optimizes video information for monitoring by combining images, adjusting brightness, and controlling transmission volume. The company provided this system for an autonomous driving field testing conducted in Aichi Prefecture, Japan in FY2022.
Automotive World 2023
Remote monitoring system
A system that monitors the status of the vehicle in an autonomous vehicle from outside and operates the vehicle as needed. Optimizes video information for monitoring by combining images, adjusting brightness, and controlling transmission volume. The company provided this system for an autonomous driving field testing conducted in Aichi Prefecture, Japan in FY2022.
Automotive World 2023
Remote monitoring system
A system that monitors the status of the vehicle in an autonomous vehicle from outside and operates the vehicle as needed. Optimizes video information for monitoring by combining images, adjusting brightness, and controlling transmission volume. The company provided this system for an autonomous driving field testing conducted in Aichi Prefecture, Japan in FY2022.
Automotive World 2023
Remote monitoring system
A system that monitors the status of the vehicle in an autonomous vehicle from outside and operates the vehicle as needed. Optimizes video information for monitoring by combining images, adjusting brightness, and controlling transmission volume. The company provided this system for an autonomous driving field testing conducted in Aichi Prefecture, Japan in FY2022.
Automotive World 2023
Sustainable material "Bamboo+"
-A resin material made from bamboo. This material contributes to the prevention of bamboo damage in neglected bamboo forests. Combining resin material with bamboo reduces CO2 emissions.
Automotive World 2023
Sustainable material "Bamboo+"
-A resin material made from bamboo. This material contributes to the prevention of bamboo damage in neglected bamboo forests. Combining resin material with bamboo reduces CO2 emissions.
Automotive World 2023
Sustainable material "Bamboo+"
-A resin material made from bamboo. This material contributes to the prevention of bamboo damage in neglected bamboo forests. Combining resin material with bamboo reduces CO2 emissions.
Automotive World 2023
Sustainable material "Bamboo+"
-A resin material made from bamboo. This material contributes to the prevention of bamboo damage in neglected bamboo forests. Combining resin material with bamboo reduces CO2 emissions.
2022 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Cockpit concept that embodies the concept of "capturing people, reading their will, and responding to them," using sensing to detect human movement and move the vehicle.
-TOF camera integrated in the overhead module detects hand movements, allowing the center display to be moved and the sunroof to be opened and closed without the need for button operation.
-Driving mode is communicated to the driver by the color of the interior lighting. Manual operation white, automatic operation blue, and red when switching from automatic to manual operation.
-Doors open and close automatically when they detect the presence of the driver.
2022 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Cockpit concept that embodies the concept of "capturing people, reading their will, and responding to them," using sensing to detect human movement and move the vehicle.
-TOF camera integrated in the overhead module detects hand movements, allowing the center display to be moved and the sunroof to be opened and closed without the need for button operation.
-Driving mode is communicated to the driver by the color of the interior lighting. Manual operation white, automatic operation blue, and red when switching from automatic to manual operation.
-Doors open and close automatically when they detect the presence of the driver.
2022 JSAE Automotive Engineering Exposition
Intelligent cockpit
-Cockpit concept that embodies the concept of "capturing people, reading their will, and responding to them," using sensing to detect human movement and move the vehicle.
-TOF camera integrated in the overhead module detects hand movements, allowing the center display to be moved and the sunroof to be opened and closed without the need for button operation.
-Driving mode is communicated to the driver by the color of the interior lighting. Manual operation white, automatic operation blue, and red when switching from automatic to manual operation.
-Doors open and close automatically when they detect the presence of the driver.
2022 JSAE Automotive Engineering Exposition
Heater controls with transillumination
-Technology used in the intelligent cockpit.
2022 JSAE Automotive Engineering Exposition
Heater controls with transillumination
-Technology used in the intelligent cockpit.
2022 JSAE Automotive Engineering Exposition
Heater controls with transillumination
-Technology used in the intelligent cockpit.
2022 JSAE Automotive Engineering Exposition
UWB antenna system for Digital Key
-Technology used in the Intelligent Cockpit.
-In contrast to conventional single-antenna type UWB units, which require multiple units, the newly developed multi-antenna type UWB unit can specify the distance and angle, thus reducing the number of units.
-Implementation after 2026.
2022 JSAE Automotive Engineering Exposition
UWB antenna system for Digital Key
-Technology used in the Intelligent Cockpit.
-In contrast to conventional single-antenna type UWB units, which require multiple units, the newly developed multi-antenna type UWB unit can specify the distance and angle, thus reducing the number of units.
-Implementation after 2026.
2022 JSAE Automotive Engineering Exposition
UWB antenna system for Digital Key
-Technology used in the Intelligent Cockpit.
-In contrast to conventional single-antenna type UWB units, which require multiple units, the newly developed multi-antenna type UWB unit can specify the distance and angle, thus reducing the number of units.
-Implementation after 2026.
2022 JSAE Automotive Engineering Exposition
Driver fatigue and drowsiness detecting steering wheel cover for carriers
-By grasping electrodes mounted on a retrofittable steering wheel cover, an electrocardiogram is taken, and fatigue and drowsiness are calculated.
-In case of high fatigue and drowsiness levels, the driver and administrator are notified.
2022 JSAE Automotive Engineering Exposition
Driver fatigue and drowsiness detecting steering wheel cover for carriers
-By grasping electrodes mounted on a retrofittable steering wheel cover, an electrocardiogram is taken, and fatigue and drowsiness are calculated.
-In case of high fatigue and drowsiness levels, the driver and administrator are notified.
2022 JSAE Automotive Engineering Exposition
Driver fatigue and drowsiness detecting steering wheel cover for carriers
-By grasping electrodes mounted on a retrofittable steering wheel cover, an electrocardiogram is taken, and fatigue and drowsiness are calculated.
-In case of high fatigue and drowsiness levels, the driver and administrator are notified.
2022 JSAE Automotive Engineering Exposition
Driver fatigue and drowsiness detecting steering wheel cover for carriers
-By grasping electrodes mounted on a retrofittable steering wheel cover, an electrocardiogram is taken, and fatigue and drowsiness are calculated.
-In case of high fatigue and drowsiness levels, the driver and administrator are notified.
2022 JSAE Automotive Engineering Exposition
Seamless obstacle detection sensor for electric swing door
-Technology used in the Intelligent Cockpit.
-Built-in sensors inside automatic doors provide a seamless appearance that does not interfere with the design.
-The system senses the distance from surrounding obstacles by measuring the time it takes for the reflected wave from the obstacle to arrive.
2022 JSAE Automotive Engineering Exposition
Seamless obstacle detection sensor for electric swing door
-Technology used in the Intelligent Cockpit.
-Built-in sensors inside automatic doors provide a seamless appearance that does not interfere with the design.
-The system senses the distance from surrounding obstacles by measuring the time it takes for the reflected wave from the obstacle to arrive.
2022 JSAE Automotive Engineering Exposition
Seamless obstacle detection sensor for electric swing door
-Technology used in the Intelligent Cockpit.
-Built-in sensors inside automatic doors provide a seamless appearance that does not interfere with the design.
-The system senses the distance from surrounding obstacles by measuring the time it takes for the reflected wave from the obstacle to arrive.
2022 JSAE Automotive Engineering Exposition
Seamless obstacle detection sensor for electric swing door
-Technology used in the Intelligent Cockpit.
-Built-in sensors inside automatic doors provide a seamless appearance that does not interfere with the design.
-The system senses the distance from surrounding obstacles by measuring the time it takes for the reflected wave from the obstacle to arrive.
2022 JSAE Automotive Engineering Exposition
Gesture entry system for electric swing door
-Technology used in the Intelligent Cockpit.
-Person and skeletal detection are performed, and gesture determination is made based on the time series information of joints.
2022 JSAE Automotive Engineering Exposition
Child presence detection system
Automotive World 2022
Integrated camera monitor system for autonomous vehicles
-It is installed in the e-Palette, the vehicle for the Tokyo 2020 Olympic and Paralympic. An electronic mirror system uses three integrated LiDAR and camera modules, two of them on the sides and one in the center of the rear, and a monitor in the interior shows the combined viewing range of these modules.
Automotive World 2022
Integrated camera monitor system for autonomous vehicles
-It is installed in the e-Palette, the vehicle for the Tokyo 2020 Olympic and Paralympic. An electronic mirror system uses three integrated LiDAR and camera modules, two of them on the sides and one in the center of the rear, and a monitor in the interior shows the combined viewing range of these modules.
Automotive World 2022
Integrated camera monitor system for autonomous vehicles
-It is installed in the e-Palette, the vehicle for the Tokyo 2020 Olympic and Paralympic. An electronic mirror system uses three integrated LiDAR and camera modules, two of them on the sides and one in the center of the rear, and a monitor in the interior shows the combined viewing range of these modules.
Automotive World 2022
Integrated camera monitor system for autonomous vehicles
-It is installed in the e-Palette, the vehicle for the Tokyo 2020 Olympic and Paralympic. An electronic mirror system uses three integrated LiDAR and camera modules, two of them on the sides and one in the center of the rear, and a monitor in the interior shows the combined viewing range of these modules.
Automotive World 2022
Fender mounted digital outer mirror
-The digital mirror contributes to safety by reducing blind spots and contributes to fuel efficiency by reducing aerodynamic drag by making door mirrors retractable and mounting them on the fenders. By automatically adjusting the angle when parking or turning left or right, the system provides a more optimal viewing area.
Automotive World 2022
Fender mounted digital outer mirror
-The digital mirror contributes to safety by reducing blind spots and contributes to fuel efficiency by reducing aerodynamic drag by making door mirrors retractable and mounting them on the fenders. By automatically adjusting the angle when parking or turning left or right, the system provides a more optimal viewing area.
Automotive World 2022
Fender mounted digital outer mirror
-The digital mirror contributes to safety by reducing blind spots and contributes to fuel efficiency by reducing aerodynamic drag by making door mirrors retractable and mounting them on the fenders. By automatically adjusting the angle when parking or turning left or right, the system provides a more optimal viewing area.
Automotive World 2022
Fender mounted digital outer mirror
-The digital mirror contributes to safety by reducing blind spots and contributes to fuel efficiency by reducing aerodynamic drag by making door mirrors retractable and mounting them on the fenders. By automatically adjusting the angle when parking or turning left or right, the system provides a more optimal viewing area.
Automotive World 2022
Steer-by-wire control unit
-Control unit for vehicles with steer-by-wire. The system provides high flexibility in that it can be mounted on any vehicle platform.
Automotive World 2022
Steer-by-wire control unit
-Control unit for vehicles with steer-by-wire. The system provides high flexibility in that it can be mounted on any vehicle platform.
Automotive World 2022
Steer-by-wire control unit
-Control unit for vehicles with steer-by-wire. The system provides high flexibility in that it can be mounted on any vehicle platform.
Tokyo Motor Show 2019
Cockpit Demonstration
- A proposal for future mobility making use of the company's technologies. The driver starts driving or other operations while receiving tactile feedback with the touch pad at the center of the steering wheel. During autonomous driving, operations such as making a phone call are possible. The seat belt has a driver alert function.
Tokyo Motor Show 2019
Cockpit Demonstration
- A proposal for future mobility making use of the company's technologies. The driver starts driving or other operations while receiving tactile feedback with the touch pad at the center of the steering wheel. During autonomous driving, operations such as making a phone call are possible. The seat belt has a driver alert function.
Tokyo Motor Show 2019
Cockpit Demonstration
- A proposal for future mobility making use of the company's technologies. The driver starts driving or other operations while receiving tactile feedback with the touch pad at the center of the steering wheel. During autonomous driving, operations such as making a phone call are possible. The seat belt has a driver alert function.
Tokyo Motor Show 2019
Cockpit Demonstration
- A proposal for future mobility making use of the company's technologies. The driver starts driving or other operations while receiving tactile feedback with the touch pad at the center of the steering wheel. During autonomous driving, operations such as making a phone call are possible. The seat belt has a driver alert function.
Tokyo Motor Show 2019
Steering Touch Controller
- A touch control with tactile feedback is installed in the center of the steering wheel.
Tokyo Motor Show 2019
Steering Touch Controller
- A touch control with tactile feedback is installed in the center of the steering wheel.
Tokyo Motor Show 2019
Steering Touch Controller
- A touch control with tactile feedback is installed in the center of the steering wheel.
Tokyo Motor Show 2019
Steering Touch Controller
- A touch control with tactile feedback is installed in the center of the steering wheel.
Tokyo Motor Show 2019
Armrest with integrated touch pad
- The end of the armrest is a touch pad that can be operated like a smartphone. It also has a tactile feedback function.
Tokyo Motor Show 2019
Armrest with integrated touch pad
- The end of the armrest is a touch pad that can be operated like a smartphone. It also has a tactile feedback function.
Tokyo Motor Show 2019
Armrest with integrated touch pad
- The end of the armrest is a touch pad that can be operated like a smartphone. It also has a tactile feedback function.
Tokyo Motor Show 2019
Shift by wire shifter
Tokyo Motor Show 2019
Shift by wire shifter
Tokyo Motor Show 2019
Shift by wire shifter
Tokyo Motor Show 2019
Shift by wire shifter
Tokyo Motor Show 2019
Shift by wire shifter
Tokyo Motor Show 2019
Comfort & Safety Seatbelt
Tokyo Motor Show 2019
Comfort & Safety Seatbelt
Tokyo Motor Show 2019
Comfort & Safety Seatbelt
Tokyo Motor Show 2019
Comfort & Safety Seatbelt
Tokyo Motor Show 2019
Comfort & Safety Seatbelt
Tokyo Motor Show 2019
Integrated Camera Monitor System for Autonomous Vehicle
- Mirror system that integrates images from rear and side cameras using an ECU located at the front and displays them together on an electronic mirror monitor. Installed in the Toyota "e-Palette" 2020 Tokyo Olympic and Paralympic vehicles.
Tokyo Motor Show 2019
Integrated Camera Monitor System for Autonomous Vehicle
- Mirror system that integrates images from rear and side cameras using an ECU located at the front and displays them together on an electronic mirror monitor. Installed in the Toyota "e-Palette" 2020 Tokyo Olympic and Paralympic vehicles.
Tokyo Motor Show 2019
Integrated Camera Monitor System for Autonomous Vehicle
- Mirror system that integrates images from rear and side cameras using an ECU located at the front and displays them together on an electronic mirror monitor. Installed in the Toyota "e-Palette" 2020 Tokyo Olympic and Paralympic vehicles.
Tokyo Motor Show 2019
Integrated Camera Monitor System for Autonomous Vehicle
- Mirror system that integrates images from rear and side cameras using an ECU located at the front and displays them together on an electronic mirror monitor. Installed in the Toyota "e-Palette" 2020 Tokyo Olympic and Paralympic vehicles.
Tokyo Motor Show 2019
Integrated Camera Monitor System for Autonomous Vehicle
- Mirror system that integrates images from rear and side cameras using an ECU located at the front and displays them together on an electronic mirror monitor. Installed in the Toyota "e-Palette" 2020 Tokyo Olympic and Paralympic vehicles.
Tokyo Motor Show 2019
Next-generation door entry image recognition system
- Door entry system that identifies individuals using in-vehicle camera authentication technology and unlocks the vehicle door.
Tokyo Motor Show 2019
Next-generation door entry image recognition system
- Door entry system that identifies individuals using in-vehicle camera authentication technology and unlocks the vehicle door.
Tokyo Motor Show 2019
Next-generation door entry image recognition system
- Door entry system that identifies individuals using in-vehicle camera authentication technology and unlocks the vehicle door.
Tokyo Motor Show 2019
Digital Key System
Tokyo Motor Show 2019
Digital Key System
Tokyo Motor Show 2019
Digital Key System
Tokyo Motor Show 2019
Digital Key System