delmar escreveu:Danbage escreveu:E olha que todos esses carros estão obsoletos. Não escapa um.
Gostaria de desenvolver o projeto de um carro futurístico.
Para carregar 4 pessoas, não pode ter 900 kg, mas 200 kg.
Se a GM me procurar, faríamos a concepção desse novo projeto em 30 dias. Seria um veículo descartável .
![Cool 8-]](./images/smilies/icon_cool.gif)
O Doidolo voltou ou é o irmão gemeo dele. "Se a GM me procurar, faríamos a concepção desse novo projeto em 30 dias". Que falta faz um psiquiatra por aqui.
Assim não dá, assim não pode.
Vc é fraco em tecnologia, esse é o problema.
Há 40 anos que eu respiro tecnologia.
Nos fóruns americanos o interesse é grande:
Dan
The ship 1 / 3 C had the following parts:
1) Engine Neutrons (nuclear fusion), small size
2) intelligent Shield
3) Neutralizador of force G (aleleração)
4) Field of laser energy to neutralize particles
5) Radar to enable field of energy
6) anti gravity device (part)
7) Neutralizador the force of friction of the atmosphere and water
8) Neutralizador of heat
I have every project in mind.
We will produce it?
I need centre of searches in a developed country.
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Ragusian
Theree is no current availible technology for that kind of speed.
We're still using chemical rockets. Only a few probes have been powered by ion-engines, and nuclear engines were tested back in the 50s and 60s in Los Alamos. None of them ever flew.
The NASA's Project Prometheus(JIMO - Jupiter Icy Moons orbiter) was scheduled to fly somewhere late in the next decade, but now it seems it will probably not happen soon. The ship(JIMO) would use a 100 kW nuclear reactor, not too unsimilar to those found in the SSNs, which would power an ion engine. Even so, it would take JIMO over 9 years to get to Jupiter.
There are several concepts of engines capable of attaining such speeds that it would take only a few weeks to reach Mars, but for now, they're only concepts.
BTW, the Shuttle is finished. It was never designed to leave the Earth's orbit.
Etc.