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Smart Mobility

Volocity - autonomous air taxi

The VoloCity will become the first commercially licensed Volocopter, developed according to the high standards and requirements of the European Aviation Safety Agency (EASA). Their intensive testing programme has shaped the innovative design and outstanding overall performance of the VoloCity. Quiet, safe, and comfortable, the VoloCity engenders Urban Air Mobility.

Heaviside – Kitty Hawk (eVTOL)

Kitty Hawk, the electric flight startup backed by Google co-founder Larry Page, presented a vehicle that has eight rotors to help power its vertical takeoff and landing (VTOL) abilities. Heaviside is roughly 100 times quieter than a helicopter, and it can travel the 55 miles from San Jose to San Francisco in about 15 minutes.

TESLA Model S

Tesla, Inc. is an American electric vehicle and clean energy company based in Palo Alto, California. Tesla's current products include electric cars, battery energy storage from home to grid scale, solar panels and solar roof tiles, as well as other related products and services. Tesla is ranked as the world's best-selling plug-in and battery electric passenger car manufacturer, with a market share of 16% of the plug-in segment and 23% of the battery electric segment 2020 sales.

CityAirbus flying taxi

CityAirbus is an all-electric, four-seat, multicopter vehicle demonstrator that focuses on advancing remotely piloted electric vertical take-off and landing (eVTOL) flight. The CityAirbus full-scale demonstrator conducted its first take-off in May 2019.

Guangzhou – The first urban air mobility pilot city

EHang, the world's leading autonomous aerial vehicle (AAV) technology platform company, announced today that it has selected Guangzhou as its first urban air mobility (UAM) pilot city globally for the establishment of a low-altitude aviation transportation network that shuttles passengers and goods in a safe, fast, environmentally friendly, cost-efficient and intelligent way.

EHang's Smart Logistics Ecosystem

Based on big data, EHang's smart logistics ecosystem uses cloud computing and autonomous aerial vehicles (AAVs) to build the aerial logistics network via air transportation. The difficulties in delivering goods to urban and rural areas, industrial parks and islands will be solved and a more intelligent and convenient shopping environment will thus be created. EHang logistics AAVs will fly along with the pre-programmed route, and complete the  pre-programmed task. There is no need for manual intervention over the course, improving the delivery efficiency.

V2X communication

V2X, or Vehicle to Everything communication, enables vehicles to communicate with each other and their environment. V2X is about knowing ahead without visibility. Unlike traditional sensors which try to replicate a sense we already have, such as vision, V2X adds a whole new dimension to human and machine perception. This sensor is capable of seeing around corners and beyond any obstruction in a radius of up to one mile.

Pécsike – bike sharing

Pécsike is one of the new innovations in Pécs, it opened its services for the public in June 19th of 2019.

The main goal of Pécsike is “that as many people as possible use the bikes as part of their daily life, thus reducing the air pollution, traffic jams and noise of the city. In addition, the main goal is to make this effective and environmentally-friendly alternative more popular among travellers in the city centre.”

Velocia app

Traffic congestion has a tremendous cost whether measured by lost productivity, environmental pollution, social equity, or just plain frustration. People keep moving to cities, but building new infrastructure is difficult and expensive.

Velocia is an app that rewards travelers for not driving alone, using resources that already exist. They place humans—rather than technology—at the center of their smart mobility solutions.

Bicycle traffic counting

At LogLine, they are committed to cycling and livable cities, their aim to make data on urban cycling available to as many developers, operators and designers as possible to make transport facilities safer and more usable. The developed device can measure the position, speed and wheelbase (which allows the vehicles to be distinguished) of the passing cyclist or other vehicle in the cross-section of the road. The system can be installed quickly without damaging the pavement, and also provides the possibility of real-time data monitoring and web display.