Going beyond

We do not inherit the earth from our fathers, we are borrowing it from our children.

Ancient Maasai saying

We were born with a dream, a very clear vision, and over time our dream is to go further, to go beyond. Beyond the Automotive industry, beyond the current state of affairs, beyond our own limits. The final destination is an Earth that has rediscovered its original purity and can give humankind new energy.

This future world will involve an extensive process of urbanization. By 2030, cities will contain at least one billion new residents and their life expectancy will be longer. Cities will become smarter, connected, sustainable and “clever”.

The future starts
from what we do today
to better what was left unfinished yesterday.

Today, humankind needs to move around more safely and in a more sustainable way, and all the technological means are there to make this possible. The current revolution of technology and thought will change the way we live and travel.

Vehicle electrification, shared mobility, self-driving cars and connected mobility will transform mobility from how we know it.

Beyond our limits in calculation and analysis and towards scientific progress:
technology learns from humans, and so can simplify processes, store data and forecast reality.

On the horizon is the fourth industrial revolution, with all production processes becoming robotized and interconnected. 

All the matter we are made of was built by the stars, all the elements from hydrogen to uranium have been made in nuclear reactions that occur in supernovae, that is those stars, much bigger than the Sun, which at the end of their existence explode and scatter into space the result of all the nuclear reactions that occurred within them. So we are truly children of the stars.

Margherita Hack

We dream of travelling from macrocosm materials to microcosm materials, and back again. We dream of going beyond physical barriers, of researching and developing smart materials that offer solutions for a life respectful of Nature.
Materials are the means and, at the same time, the end of a pathway of intimate knowledge. In the future, they will come alive to perform new functions and follow an exciting technological trend that goes under the name of smart materials.

Smart materials can be the key to sustainable technological progress. They are the outcome of highly evolved technologies and intense laboratory research, since smart materials are intelligent nanomaterials that react to their surroundings. Not only do they not pollute, they can also offset the negative effects of “progress” on the environment. They are materials that react to changes in their surroundings by modifying one or more of their features (ranging across the mechanical, optical, electric, magnetic, chemical and thermal spheres).
A material’s adaptability is first of all measured according to its capacity to exploit natural resources, or to react to environmental inputs more or less autonomously, and so reproduce, at least in part, the strategies typically employed in the animal and human kingdom and so react to external conditions in a nearly biological manner.

Eldor dreams of better technology, a technology that produces clean energy and does not pollute our sky and our earth.
Today, as never before, humankind needs a cleaner world, one that is more committed to reducing CO₂ emissions.

Today, we can use sustainable and renewable energy sources that let us produce clean air.

Their impact on the environment is very low, and helps to reduce global warming and improve quality of life.

No defects, no claims against quality or logistics, no technical problems.

We dream of being an “invisible” partner in the eyes of the customers we supply.
In Industry 4.0, sensors and actuators allow us to go from the concept of “production line” to that of a “network of production lines” interconnected with each other. The production process can be monitored at all times, becoming transparent, reliable and efficient.