Toyota Mirai-based Research Vehicle with Satellite Communications Function

Toyota Mirai-based Research Vehicle with Satellite Communications Function

From the 2016 North American International Auto Show (NAIAS) in Detroit, Toyota unveiled a special, research version of the Mirai hydrogen fuel cell car - equipped with satellite communications technology from Kymeta.

It's not the first time the Japanese carmaker has looked into space - hydrogen is the most abundant element in the Universe Toyota once stated at one of these reveals, so the satellite communications is the logical next step...or something similar...right?

Satellite communications in cars is possible thanks to flat-panel antenna technology and, according to Toyota, key benefits are:

  • the distribution of huge amounts of data to a vehicle,
  • broad coverage areas and the global deployment of connected vehicles that share common standards across national borders, and
  • more stable and secure communications, particularly in emergencies such as natural disasters.

"Toyota is working to enhance its connected technologies, including a plan to install a Data Communication Module into a broader range of its vehicles. The company is also considering using satellite communications in the future, including high capacity satellites that offer much higher data transfer rates than conventional satellite technologies.

<em>Toyota Mirai-based Research Vehicle with Satellite Communications Function</em>

Toyota Mirai-based Research Vehicle with Satellite Communications Function

While these satellites have historically required the use of a “dish” antenna on the ground, Kymeta’s satellite antennas remove the need for mechanical components by using software and liquid crystal technologies to electronically track and steer towards satellites. The lightweight, flat profile of the antenna also allows for seamless integration during vehicle assembly or easy aftermarket installation."

"Since September 2013, Toyota and Kymeta have been jointly researching flat antennae, embedded in the car, to support satellite distribution of huge amounts of data to a vehicle. With an exclusive right for development and testing of the on-car antenna, Toyota lent the company research vehicles for test driving. The Mirai displayed at NAIAS represents the progress of these efforts.

Mirai Creation Investment Limited Partnership, a fund where Toyota participates as an investor, provided an investment of $5 million (US) to Kymeta this month to enhance future technology research and development. Toyota expects acceleration of the joint research with Kymeta through the investment.

Toyota continues to work to accelerate connected car development and introduction including use of satellite communications, to offer customers ever-better car experience."

Shigeki Tomoyama, Senior Managing Officer of Toyota Motor Corporation said:

“For several years, Toyota met with emerging companies around the world to investigate new technologies. We were very excited to learn about Kymeta, because their flat antennae technology could solve the challenge of vehicle-based satellite communications.”

Dr. Nathan Kundtz, CEO of Kymeta commented:

“We’re excited to be working with Toyota on this next generation of vehicle connectivity. Kymeta is the first company to successfully demonstrate this type of technology, and we have over 8,000 miles of road testing with cars connected to satellites.”

Toyota Mirai-based Research Vehicle with Satellite Communications Function

Toyota Mirai-based Research Vehicle with Satellite Communications Function

Toyota Mirai-based Research Vehicle with Satellite Communications Function

Toyota Mirai-based Research Vehicle with Satellite Communications Function

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS

Toyota Mirai-based Research Vehicle with Satellite Communications Function at 2016 NAIAS