18th February 2020: Jaguar Land Rover has today unveiled the bold new concept vehicle, Project Vector, as part of the company’s Destination Zero journey, offering its vision of an autonomous, electric, connected future for urban mobility.
Jaguar Land Rover’s Destination Zero mission is an ambition to make societies safer and healthier, and the environment cleaner. Delivered through relentless innovation, the company’s focus is on achieving a future of zero emissions, zero accidents and zero congestion – through its products, services and across its facilities. As the next stage of that journey, the Project Vector concept showcases an advanced, flexible, multi-use electric vehicle that is ‘autonomy-ready’.
The compact, flexible vehicle concept measuresjust four metres in length and is designed for the city, packaging all its battery and drivetrain components into a flat floor, to allow a variety of uses. The revolutionary interior cabin space allows seating configurations for private, or shared use and even the opportunity for commercial applications, such as last mile deliveries.
The first ever Jeep® e-Bike powered by QuietKat. It’s the most capable off-road electric mountain bike there is. When the road ends, your adventure continues with the all-new Jeep e-Bike. Kick it into high gear. Available June 2020.
Get up to 40 miles on a single charge with the power and efficiency of the 750 Watt electric motor. The 4.8” fat tires can tackle the most extreme terrain. The Fire-Link™ suspension has all the tractive capability you’ve come to expect from the Jeep® brand.
Jan.06 — At CES in Las Vegas, a New Zealand company is showing off a new way to get moving on water. The Manta5 Hydrofoiler XE-1 is a bike with an electric engine that lets the user pedal around on water.
If you haven’t been up on the world of electric bikes you may think that bikes with motors are bulky, ugly contraptions with little power. But electric bikes are quietly revolutionizing commuting and fitness around the world, setting a newer, higher standard for versatility and strength for today’s riders. In this video, we’re bringing you 15 Electric Bikes Changing the Way We Travel in 2019-2020.
‘we believe in the power of choice,’ begins domagoj dukec. as cars embrace new technologies such as autonomous systems, BMW and their designers are ensuring customers are still offered their own ultimate driving experience. in fact, they are actually integrating technology into the background of their designs, from the powertrains to the adaptable furniture and interior fabrics, creating mobility spaces that adapt to your needs. the innovations are there to help and enhance the experience but are free to the user to choose when, where and how it affects their journey. this power of choice is exemplified by BMW‘s two driving modes and vision cars: EASE and BOOST, and the Vision iNEXT and Vision M NEXT.
In an engaging, deeply reported book, the authors travel to mobility hotspots, from Helsinki to Shanghai, to scout out this future. And they visit the companies putting it together. One, Divergent3d, is devising a system to manufacture cars with robots and 3D printers. PonyAI, a Chinese-Silicon Valley startup, builds autonomous software that perceives potholes, oncoming trucks, and wayward pedestrians, and guides the vehicle around them. Voom, an Airbus subsidiary, is racing with dozens of others to operate fleets of air taxis that fly by themselves.
Urban expert John Rossant and business journalist Stephen Baker look beyond the false promises of the past to examine the real future of transportation and the repercussions for the world’s cities, the global economy, the environment, and our individual lives.
Human mobility, dominated for a century by cars and trucks, is facing a dramatic transformation. Over the next decade, new networked devices, from electric bikes to fleets of autonomous cars, will change the way we move. They will also disrupt major industries, from energy to cars, give birth to new mobility giants, and lead to a redesign of our cities. For Rossant and Baker, this represents the advance of the Information Revolution into the physical world.
FRom a Toyota online news release:
The ultra-compact, two-seater BEV is specifically designed to meet the daily mobility needs of customers who make regular, short-distance trips such as the elderly, newly licensed drivers, or business-people visiting local customers. It can be driven a range of approximately 100 km on a single charge, reach a maximum speed of 60 km/h, and features an extremely short turning radius.
Toyota Motor Corporation (Toyota) today announced that it will display its new, production-ready Ultra-compact BEV (battery electric vehicle) at the FUTURE EXPO special exhibition of the 2019 Tokyo Motor Show ahead of the vehicle’s planned commercial launch in Japan in 2020. The next-generation mobility solution is designed to provide short-distance mobility while limiting impact on the environment.
“We want to create a mobility solution that can support Japan’s ageing society and provide freedom of movement to people at all stages of life,” said Akihiro Yanaka, Head of Development. “With the Ultra-compact BEV, we are proud to offer customers a vehicle that not only allows for greater autonomy, but also requires less space, creates less noise and limits environmental impact.”
To read more: https://global.toyota/en/newsroom/toyota/30063223.html
From the Voyage.auto website:
Voyage (is) building the technology to deliver on the promise of self-driving cars. Our first service offers residents safe, autonomous transportation anywhere in their community at speeds up to 25 MPH. This approach lets us solve real transportation challenges today, while setting the foundation for our long-term vision: developing a technology that can drive anyone, on any road, at any time.
Our vehicles are equipped with the best sensors available, giving us a 360-degree picture of the world hundreds of meters from the car. We extensively leverage machine learning to develop state-of-the-art perception models, and have built a rich data pipeline that allows us to continuously improve based on real-world driving. Our multiple sensor modalities give us great perception, while improving the safety and operational redundancy of our autonomous service.
To read more: https://voyage.auto/technology/
From a Dezeen.com online article:
…this prototype is powered by a 10.5 amp hour (AH) lithium battery, which can reach speeds of just over 12 miles per hour and power the vehicle for around 12 miles on a single charge.
Hyundai has plans to integrate a regenerative braking system in the future, which would convert waste kinetic energy from the scooter’s brakes into electricity used to power it. The company claims this could increase its range by up to seven per cent.
Hyundai has created a prototype scooter that folds down to the size of a backpack and can be charged in a car using the energy created while driving. The scooter has been designed for use with future Hyundai or Kia models, which would come with designated storage and charging compartments.