Maybe you could just use your fan when you want to slow down, assuming it would create more energy than the braking would.

Good thoughts, btw, keep them coming!

That is a good thought....^^^^^

So we have electric motors to power the car and solar panels to helps charge up the fuel cells at all times of DAY and little generators power by wind to help slow down and create energy to charge the fuel cells. You can have doors that automatically open when brakes are applied to allow wind to come through and power the fans and create drag. when brakes are disengaged the doors close to allow aerodynamics to take its course.

Mini nuclear reactors and controlled by brain wave activity

I can't wait to see the new Mamba Chernobyl Max!!

BTW I think we will make more use of solar power...

Which - if I recall properly from one of the CC threads the MMM has in it. Patrick was talking about the motor braking producing so much back current that there was no way the heatsink could dissipate it so the braking energy goes back into the battery.

i remember this as well.

As components become more efficient you will be able reduce the amount of energy wasted as heat.

Solar will never be able to power a RC racing rehicle (high speed, fast acceleration) nor a full speed car.
They could be used to suplement them though.
I was toying around a few years ago at taking two rc bodies (would have used my T4 for it) and putting a layer of solar cells between them. It would not create enough electricity to run the vehicle, but if you started with a fresh battery the solar cells would increase your runtime. The problem (with it being done inexpensively by an amature (non Elec Eng) would be that if you stop the car, but leave it in the sun you might overcharge the batteries.
In terms of power creation, with present technology I would not expect you could fit more then ~500ma (or less) at 7.2 volts. How much current draw does a stock (brushless) motor draw?

On the solar cell thing: it's really too bad solar cells are a max of around 15% efficient. If engineers could raise the efficiency, you would need fewer of them for the same output. And a lot of progress has been done on the cellophane style cells. These can be formed into whatever shape as opposed to the glass-backed one which are fragile and do not conform well.

I would like to see 1:1 cars with the shell made of solar cells that would supplement wall-charging, or perhaps able to solely recharge the car in 2 days or something. A lesser charge time is not reasonable yet with today's tech. Charging with solar takes a LOT of surface area and a really decent amount of direct sunlight as you go higher in voltage and/or current. Ever figure out how many cells you need for say 20v @ 1A? Try it, you'll be surprised how large (and don't use the OC V and CC A :wink:). But the sun is "free" so why not use it?

That is what i'm saying it may not "REPLACE" alternate fuel sources but it can definitely help recharge them. Like i said any energy you can get for "free" why not use it? It would have to be practical for the cost of the solar cells though.

Touch James Bond but I always thought the solar thermal route or geothermal was the way to go... Bunch of mirrors and lenses to create a super high power lazer than then use steam turbines...

Geothermal's even eaiser - just drill a hole...

I like the Nuclear Battery technology. I saw a few of them, but they were kind of big. Better materials that would allow us to run our brushless all day long without the worry that it'll burn. Do you guys remember when I asked Castle to make a program box that would allow the user to download any new firmware in the box and then transfer it to the ESC? Well, I told a couple other companies about it and it will be coming out soon. I'll let another idea go (It might have been thought about already), I would like to see everything wireless. What I mean is, the servo, ESC, transponder and other devices that plugs into the receiver be wireless.

Nuclear fusion (IE- the ITER reactor being built in France right now). Get a few of those bad boys to work and electricity production won't be a problem.:whip:

This year Nic Case wins once again with his streamliner powered by 4 Neu 6500 series motors and 40s lipo on each motor.:wink: "This run was only possible due to my built-in vacuum pump that creates the vacuum of space around the car that eliminates all drag." Maybe 1/5 scale brushless cars will be more mainstream, or maybe Mike could make a Baja 5b motor mount before that.:yes:

In 20 years, r/c will be dominated by goobers who play with tiny cars...

Just like us!:na:

-Will they still make NiMH and NiCD batteries?
Probbly not. Battery tech is (slowly) rising. WIth the new interest in Hybrid/Electric cars around the world, new battery technologies will undoubtedly arise tht beat out NIMH in every aspect. (weight/seize/capacity/price)
-Will everything be lipo, li-ion, or something we haven't even heard of yet that is 50C capable with capacity measured in Ah instead of mAh?
Probably something that we haven't heard of yet. NICD used to be the only real battery for RC, now we have NIMH and LiPo, so later on I think we will have some sort of better all around battery.
-Will anything use brushed motors anymore?
I doubt it.
-What will the HV controller specs be like? 20s/200A? It seems there would need to be a limit on voltage at some point due to weight/size concerns, unless the new super-batteries are SHV in a small, light package.
I don't the the voltage will increase too much, but I'm sure that the amps will. Reason is because once voltage gets high enough, it becomes extremely dangerous as electricity ill start conducting through many odd things... like your skin. (not good)
-What will the top speed record be?
I'm going to say, for 1/8th scale stuff, that it will be around 300 MPH
-Will nitro go the way of the do-do due to cost?
I don't think so, but I think that 2 strokes will completely die out because of polution. 4 strokes (or another sort of engine maybe?) will take over.


What I think is going to happen, is that our transmitters are actually going to be somewhat like mini laptops (the way computer tech is going..) and they will have a wireless link to our RC. The screen(s) on our transmitter will allow us to see temperatures, time, altitude, angle, speed, motor speed, amp draw, mah used/left (etc etc) and any broken or weak parts on the vehicle. It will also display the weather conditions and alert you if the weather is going to change so you should head in. It will have a link to the internet (or future equivalent) which means that it will have parts lists and the like. When a part is broken, the transmitter will know which one, and you can order it right there on the spot with your remote. You could also use the remote to wirelessly change the settings on the vehicle.

Haha. I just thought way too much about this.