E-mobility is at the core of our vision for an affordable and clean urban and suburban mobility for people and goods.
Our mission is to assemble the most affordable electric urban vehicles by combining innovative and existing solutions, to free private and business customers from range and batteries charging anxiety.
Discover the Go4Ecomobility concept.
It is an innovative solution for the optimization and rationalization of urban and suburban transport based on 2 key principles: light is right! and simple is right!
We will commercialize very light cars and vans designed for an efficient use of electric power.
Portable batteries (no need for charging infrastructure).
Trendy designed vehicles with a low ecological footprint.
Affordable price and low cost of ownership.
OUR SENIOR MANAGEMENT TEAM
Our small core of academic and business partners, accrued, together, more than 100 years of experience and expertise in mobility and entrepreneurship.
As a MBA, Francis has 28 years of management experience at the European level both in multinational and small size companies. Using his financial background as an anchor, he held multiple positions in Finance, HR, Sales & Mktg and internal auditing.
Founder and executive of experienced businesses (ATRACORE, HV Solutions) and specialized in the analysis of information systems and project management, Henri is also truly passionate about eco-mobility.
OUR TEAM OF EXPERTS
We also work with a few experts.
As an automotive engineer within the Technical University of Cluj-Napoca, Doru Băldean has worked and completed multiple R&D projects in the field of automotive and transport. As part of the Go4EcoMobility project, he is being responsible with type approval procedure of the developed vehicle.
Expert in 3D modelling and simulation using Dassault Systèmes solution, is associate professor at the Technical University and leads the team of designers who redesign the chassis and interior of the Go4Ecomobility concept.
Electrical Engineer within the TU of Cluj-Napoca, Petre has conducted several R&D projects in the field of power electronics and is responsible for the electrical systems of this project.
Also an Electrical Engineer within the Cluj-Napoca Technical University, Stefan holds several patents in his field of expertise. He is responsible for the electric components of the car and for coordinating the project engineering team.
Paul is an internationally recognized specialist for his expertise and work for several prestigious brands of car manufacturers (Lotus, McLaren, Porsche). He is a Manufacturing Engineer within the Cluj-Napoca Technical University. As part of the GP4EM project, he is responsible for the production of the carbon fiber composite chassis and bodywork of the prototype, while leading the team of engineers and mechanics.
Cristi is an engineer in Robotics and Machine Building. He contributed to the design of the vehicle.
Cristina Mocan is an engineer in Robotics, graduate of the Technical University of Cluj-Napoca. She is responsible for the overall management of the Ecomobility project. As a project manager she is responsible for planning and managing all work activities, change requests, tracking, communication and internal coordination with functional managers.
DEVELOPMENT SOLUTION AND INDUSTRIALISATION
- Proof of concept finalized in April 2017.
- Redesign of the car based on the proof of concept and lesson learnt (April – December).
- Solution integration with our technical experts (ongoing).
- Partnership in the making with top international companies covering:
- electrical components
- raw materials – composite materials
- We have entered final negotiations to acquire the IP and access to key already EU homologated mechanical components ( mechanical platform).
OUR PRODUCT CONCEPT AND ITS KEY BENEFITS
Safe and Ultralight
Designed like Formula One cars, the carbon fiber structure is a light safety cell for its occupants. High stability with reduced dimensions, the car weights less than 270 kg, batteries excluded.
Performance and Range
Our models are for urban and suburban use. We will propose 2 speed certifications (45 km/h and 80 km/h). The light weight car and batteries will offer a 100 km+ range. Studies mention that max daily urban range is 30 km/h .
Recharge rapidly everywhere
The light weight allows for a reduced quantity of batteries (24 or 32 kg) in multiple blocks. This permits an easy extraction and portability of the batteries blocks to the nearest electricity source. You can use a normal home plug and recharge within 2 hours. There is no need for a street charging infrastructure or for a private garage.
Significant ecological gains
Light batteries mean a lower drain on any national grid. Light batteries use less lithium. Light weight means a lower friction for less tires pollution and road damages.
Affordable price and low cost of ownership. Low starting price at 9.999€ (without taxes and national incentives).
Muresului street no. 9
+40 733 942 056