I was disappointed to find out that the average range per charge of the Aptera is 100 miles. The original design which was more complex allowed for a gasoline engine to keep the car on the road even after the battery ran down. I won’t complain about this until I see real world statistics, but I did like the idea of traveling across the country in an Aptera.

Somewhat related to the subject of the all electric Aptera, is the recent announcement that Toshiba has developed a battery that can recharge in about 90 seconds. If you follow the link you will see among other things that Toshiba is going to target the automotive industry to market it to developers of new hybrid and all electric cars. This battery (if placed into mass production) will be a game changer. To my knowledge, Aptera has not announced that they are even looking at these batteries. But what if they did? What if Steve Fambro discovered that he could easily implement them in his current design. Recharging the Aptera in 8 hours with today’s technology is an achievement in and of itself. But what if you could charge the Aptera in about 5 minutes? All the problems of long distance travel start to go away. Early adopters may find it difficult to find an open outlet on the road, but I can see a future where recharging stations will be as plentiful as today’s gas stations. And what about the solar panel on the roof? Could that recharge such a battery array in a way that would allow the car to go further than 100 miles? Could a cluster of battery arrays be arranged in a fashion where the car could run on one battery while the solar panel charged another battery array? If this could be done, it seems reasonable that an automatic switching system could automatically switch to a freshly charged battery when a low voltage is detected. Then the depleted battery could be switched to the charging circuit to charge up again with the solar panel.

Of course, this is all conjecture on my part. What I just described here is akin to a perpetual motion machine which is impossible according to the laws of physics. But then again… We are talking about solar power being combined with a battery that can be recharged in 90 seconds or 5 minutes depending on how you array the things. The power from the panel has to be the equivalent of a 110 volt power outlet… maybe. Maybe 220 volts… Maybe 1.21 Gigawatts. Oh well, I am not on their design team and I am not getting paid to think about this stuff. And if you have to stop every 100 miles for 5 minutes, so what?  I still think if these batteries take off, that our Aptera may just get them in the future.