Vehicle File: Fichier Véhicule (AAP Proto) : Fichier associé au guide de montage : Lien vers un espace de stockage des fichiers 3D : Partenaire impliqué (industriel, fablab, labo...) : Lien vers un espace de stockage de la vidéo du véhicule :
E-Kargo
Fiche Contact :
Level of project development: préparation industrielle, en expérimentation, prototype
Le véhicule en résumé ! Transporting goods from A to B is a logistical challenge – in storage units, warehouses, airports or in the centre of town. Carrying, pushing and pulling all types of objects and merchandise has been equally demanding and time consuming up to now. What’s the answer? e-kargo, an electric towing and transportation solution that doubles as a vehicle and a transporter. We have designed the Electric Tug as a universal piece of equipment for logistics companies, courier services, for municipal services and for the leisure industry. Our e-kargo is quick, efficient, safe and quiet, which ensures better productivity, higher efficiency and better health and safety protection for your employees.
Contact above: to know the needs and help E-Kargo. The skills the team is looking for for this vehicle are (à renseigner dans une fiche Equipe !) - Les personnes ayant les compétences recherchées par l'Equipe :ANGE PADOVANI, ANTOINE DACREMONT, Abdourahamane, Adam Mercier, Adrien Pitois... further results
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Related challenge(s):
Common produced:
Community(ies) of interest:
Country: Italie
On the map:
Technical Elements of the Vehicle[edit source]
Vehicle type: Non identifié
Vehicle category: inconnue
Main use cases for this vehicle are :
Vehicle category:
Vitesse maxi de l'assistance (en km/h) :
Type de route utilisable
Number of people: 1
Number of rear wheel: 2
Number of front wheel: 2
Total mass of the vehicle (kg) : 40
Mass of Battery (kg) :
Consumption at 25km/h (Wh/km) :
Consumption at 45 km/h if concerned (Wh/km) :
Consumption at 80 km/h if concerned (Wh/km) :
Trunk/load volume:
Drive type: electrique
Transmission type: cardan
Steering type: bras leviers
Type of braking: disque
Chassis materials:
Type of assembly:
Autonomie visée (km) :
Puissance (en W) : 1000
Tension batterie (Volt) : 48
Ampère.heure Batterie (A.H) :
Response file to the eXtreme Challenge[edit source]
Describe here your answer on 2 of the 6 parts (Vehicle, Energetics) by providing new informations continuously.
The 4 other parts (Narrative, ecosystem, economic and feedback) are to be detailed in your Team sheet: Team to create
Energetics File:
Fichier lié aux expérimentations Name of the pioneer to test the vehicle : Lister le(s) territoire(s) d'expérimentation : Date de disponibilité du véhicule à la location ou vente : day"day" contains an extrinsic dash or other characters that are invalid for a date interpretation. Date Début des expérimentations : day"day" contains an extrinsic dash or other characters that are invalid for a date interpretation.
Compléments :