Autonomous, driverless and electric: the shuttle developed by NAVYA serves cities and private sites by bringing ever more mobility.
In the city or on a private site, the shuttle conceived by NAVYA is an innovative, effective, clean and intelligent mobility solution. AUTONOM SHUTTLE guarantees autonomous transport performance as well as a comfortable trip for the first and last mile, thanks to its gentle navigation.
Capable of transporting up to 15 people, AUTONOM SHUTTLE combines a number of advantages. AUTONOM SHUTTLE fleets make it possible for operators to improve productivity on private sites, and ease road congestion in urban centers. Passengers also enjoy a pleasant trip while making the most of their travel time.
Cutting-Edge Technology at the Service of Experience
The AUTONOM SHUTTLE was specifically designed to meet the needs of an autonomous, driverless vehicle while also optimizing navigation and safety features. With neither a steering wheel nor pedals, AUTONOM SHUTTLE uses effective guidance and detection systems that combine various types of advanced technology. Data from Lidar sensors, cameras, GPS RTK, IMU and odometry is merged together and interpreted by deep learning programs. AUTONOM SHUTTLE moves about efficiently and makes proficient decisions. Without any driver.
Before, during and after each trip, AUTONOM SHUTTLE offers an overall solution for mobility that is continuous and fluid.
AUTONOM SHUTTLE’s technical design is based on a three-pronged approach. The first is perception, allowing the shuttle to understand the surroundings in which it is located, to detect obstacles and to anticipate movement. The second is decision, where the shuttle calculates and determines its route and path. Finally there is action, where the shuttle carries out the decisions made by the vehicle’s computer to the best of its ability.
Designed and developed for passenger comfort, AUTONOM SHUTTLE has an integrated on-board communication system. For example, there is an intercom system to answer any passenger questions, and a 360° interior camera to visualize the vehicle’s interior in real time. Free from all constraints, passengers can use their time on board however they please.
Inside and outside, AUTONOM SHUTTLE presents a modern profile. Its fluid and dynamic contours are complemented by contemporary and robust curves. The glass passenger compartment provides a 360° view, for an entirely open experience of everything that surrounds it. Invisible technology is everywhere.
“NAVYA is here to work with cities experiencing saturated traffic conditions, and private sites facing driving difficulties. With our first and last mile autonomous solutions, together we are revolutionizing mobility.
This revolution does of course use our technology, which is already fully operational. Indeed, today, there are over 60 AUTONOM SHUTTLES in service around the world.”
|Wheels||Steel wheel rims|
|Empty weight (kg)||2400|
|Gross weight (kg)||3450|
|Battery||Battery pack LifeP04|
|Charge duration 90%||8 (induction/plug 3,6kW)|
|Charging temperature °C||0 to 40|
|Operating temperature °C||-10 to 40|
|Maximum speed (km/h)||45|
|Operating speed (km/h)||25|
|Maximum slope (%)||12|
|Turning radius (m)||<4,5|
|Air conditioning||Automatic regulation Cooling 2x4,6 kW|
|Heating||Central regulation (3,4kW)|
|Doors||Double door wings|
|Visual information||Inside 15" touchscreen / Outside screen (38"x2)|
|Ramp acces||Manual Ramp|
|Safety pack||Triangle, safety vest, first aid kit|
|Safety||Handholds (x4), supporting bars (x2) Emergency hammer (x1), Safety Pack, Fire extinguisher, Interior camera|
|Lidars 1||2 360° Lidars multi-layers lidars|
|Lidars 2||6 180° mono-layer lidars|
|Odometer||Wheels encoder + Inertial unit|
|Emergency stop button||2 buttons|
|Emergency intercom||1 button / via supervision|
The GNSS antenna is a global positioning system that communicates between the GPS sensor and a base station. It calculates the vehicle’s precise location at any moment.
Using laser technology to measure distances, Lidar sensors map out the vehicle’s surroundings, which includes detecting obstacles, as well as the vehicle’s precise location within these surroundings.
Cameras further analyze the vehicle’s surroundings, especially road signs and traffic lights. They contribute as well in obstacle detection and identification.
The odometry sensor estimates and confirms the vehicle’s location and speed while it is moving.
The IMU sensor calculates the movements of the shuttle to estimate its sense of direction, its linear speed and its position
Cutting-Edge Multi-Sensor Technology
The AUTONOM SHUTTLE’s sensor architecture is among the most advanced there is. The architecture’s robust and complete design combines information from a number of the latest generation sensors in order to understand and visualize its environment in a precise manner.
The sensors provide the computer with information. It then makes decisions and acts on them.
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