Classic 1/12th
#122
Tech Champion
I never got to run mine in 1/12th that I recall...If I did it was probably my 2nd one which would have been a V2. Mainly I ran it in my EV10 so I wouldn't have ran into the 6min problem.
#124
Some pics
Attachment 749573
First instructions for prototype gear diff
Attachment 749574
Attachment 749575
Autographed instructions for super phaser/Art and ?
Attachment 749576
Someone was asking about this kit.
Attachment 749577
1982
First instructions for prototype gear diff
Attachment 749574
Attachment 749575
Autographed instructions for super phaser/Art and ?
Attachment 749576
Someone was asking about this kit.
Attachment 749577
1982
Last edited by Johnny Wishbone; 01-01-2013 at 05:40 PM.
#125
Couple more pics
Last edited by Johnny Wishbone; 01-01-2013 at 05:40 PM.
#126
Here is a scan form my Japanese magazine from the 1984 worlds.
The rest of the pages can be seen on Flickr.
America takes top honors by Niki Lauda, on Flickr
The rest of the pages can be seen on Flickr.
America takes top honors by Niki Lauda, on Flickr
#128
Johnny,
Attachment 749576
Someone was asking about this kit.
Yes, this is the kit i was trying to get details on. Do you have anymore photos on this installation.
I think i have figured how and what, but any other info would be great.
The additional "pot" tied the the center post on the steering pot. It added more resistance to the circuit for either steering direction. With the pot all the way down, 0 ohm, means no end point limiting for the steering servo. with the pot turned up, it added in series, ressitance in the circiut and limited servo throw. (At least this what i think). If anyone knows different, please let me know.
I have to measure the total resistance accross the steering pot in the radio to get an idea of the how much more i need in the "rate pot".
Thanks Tracy
Attachment 749576
Someone was asking about this kit.
Yes, this is the kit i was trying to get details on. Do you have anymore photos on this installation.
I think i have figured how and what, but any other info would be great.
The additional "pot" tied the the center post on the steering pot. It added more resistance to the circuit for either steering direction. With the pot all the way down, 0 ohm, means no end point limiting for the steering servo. with the pot turned up, it added in series, ressitance in the circiut and limited servo throw. (At least this what i think). If anyone knows different, please let me know.
I have to measure the total resistance accross the steering pot in the radio to get an idea of the how much more i need in the "rate pot".
Thanks Tracy
#129
Tech Master
Steering rateswitch
Ah, steering rateswitches, how to make your own adjustable transmitter instead of spending a fortune on an old high end radio. Here's a full wiring diagram for an old school steering rateswitch.
Should be fairly self explanatory.
The rate pot is the one that should be sticking out of the handset and is the one you use when racing, the trim pot is built inside and once set must be left alone.
Once built with the steering centred turn the rate pot up and down and make sure neutral does not move. If it does adjust the trim pot until the servo does not move in neutral when you turn the rate pot up and down.
Full instructions to fit it.
The Rate Pot wants to be a potentiometer with a 1/4" shaft that can be screwed through the case so you can adjust it.
The trim pot can be any small potentiometer, I use a tiny pcb mounted one so it can be soldered directly to the centre leg of the rate pot to keep itm out of the way.
1. Remove back of transmitter and drill a suitable hole for the rate pot, making sure the back of the transmitter still fits okay and the pot doesn't hit anything. Attach the steering rate pot to the case.
2. Rewire the transmitter following the diagram above, the green lead in the diagram was the wire that comes from the PCB to the middle pin on the steering pot, move it to the rate pot and add all the other wires.
3. Set the steering trim to the centre, switch on the transmitter and the car. With the stick at centre, turn the Rate Pot fully clockwise and anti-clockwise. The steering should not move, if it does readjust the Trim Pot until no movement is seen.
4. With the Rate Pot fully anti-clockwise, full movement of the stick should produce little movement. With the Rate Pot turned fully clockwise full movement of the stick should produce maximum steering. If the reverse happens or you want it to work the other way swap wire on 1 & 2 on Rate Pot.
5. Tidy up all the wires in the transmitter ensuring none foul the stick mechanism and there are no possibility of short circuits.
Now replace back of transmitter and you are good to go.
Should be fairly self explanatory.
The rate pot is the one that should be sticking out of the handset and is the one you use when racing, the trim pot is built inside and once set must be left alone.
Once built with the steering centred turn the rate pot up and down and make sure neutral does not move. If it does adjust the trim pot until the servo does not move in neutral when you turn the rate pot up and down.
Full instructions to fit it.
The Rate Pot wants to be a potentiometer with a 1/4" shaft that can be screwed through the case so you can adjust it.
The trim pot can be any small potentiometer, I use a tiny pcb mounted one so it can be soldered directly to the centre leg of the rate pot to keep itm out of the way.
1. Remove back of transmitter and drill a suitable hole for the rate pot, making sure the back of the transmitter still fits okay and the pot doesn't hit anything. Attach the steering rate pot to the case.
2. Rewire the transmitter following the diagram above, the green lead in the diagram was the wire that comes from the PCB to the middle pin on the steering pot, move it to the rate pot and add all the other wires.
3. Set the steering trim to the centre, switch on the transmitter and the car. With the stick at centre, turn the Rate Pot fully clockwise and anti-clockwise. The steering should not move, if it does readjust the Trim Pot until no movement is seen.
4. With the Rate Pot fully anti-clockwise, full movement of the stick should produce little movement. With the Rate Pot turned fully clockwise full movement of the stick should produce maximum steering. If the reverse happens or you want it to work the other way swap wire on 1 & 2 on Rate Pot.
5. Tidy up all the wires in the transmitter ensuring none foul the stick mechanism and there are no possibility of short circuits.
Now replace back of transmitter and you are good to go.
#130
Tech Master
As for old bodies, I can add Andy Dobsons unused spare TOJ body from the 1990 worlds in Singapore, signed by him at the event. Lightweight body, no overspray on the two colours and the dark stripe is actually clear. I notice no one goes to that extent to save body weight these days with their multicolour paint jobs.
#131
#132
Johnny,
Attachment 749576
Someone was asking about this kit.
Yes, this is the kit i was trying to get details on. Do you have anymore photos on this installation.
I think i have figured how and what, but any other info would be great.
The additional "pot" tied the the center post on the steering pot. It added more resistance to the circuit for either steering direction. With the pot all the way down, 0 ohm, means no end point limiting for the steering servo. with the pot turned up, it added in series, ressitance in the circiut and limited servo throw. (At least this what i think). If anyone knows different, please let me know.
I have to measure the total resistance accross the steering pot in the radio to get an idea of the how much more i need in the "rate pot".
Thanks Tracy
Attachment 749576
Someone was asking about this kit.
Yes, this is the kit i was trying to get details on. Do you have anymore photos on this installation.
I think i have figured how and what, but any other info would be great.
The additional "pot" tied the the center post on the steering pot. It added more resistance to the circuit for either steering direction. With the pot all the way down, 0 ohm, means no end point limiting for the steering servo. with the pot turned up, it added in series, ressitance in the circiut and limited servo throw. (At least this what i think). If anyone knows different, please let me know.
I have to measure the total resistance accross the steering pot in the radio to get an idea of the how much more i need in the "rate pot".
Thanks Tracy
Your theory is correct your just splitting the steering pot to limit the throw on lock to lock. If i remember correctly its the same value of the existing pot but 1k seems to be what I remember.
You could also split that and put in 2 trim pots to limit the end points, but I can't remember how that got wired in.
I'll keep loking for the actual document.
Sorry I was in the middle of doing this post and got side tracked, and the above ones got put up. Nice.
#133
Tech Elite
iTrader: (101)
As for old bodies, I can add Andy Dobsons unused spare TOJ body from the 1990 worlds in Singapore, signed by him at the event. Lightweight body, no overspray on the two colours and the dark stripe is actually clear. I notice no one goes to that extent to save body weight these days with their multicolour paint jobs.
#134
Tech Master
iTrader: (6)
old 1/12th
my first serious RC racer was an AE 12I. That sucker went undefeated for about 2 years. But there's an explaination for it's unprecidented success......back in the day, nobody (including me) knew anything about RC or especially RC racing rules. On the day that I purchased the AE car, the local hobby shop had only 7 cell stick pack batterys in stock. 7 cell packs were only a couple of bucks more than a 6 cell pack, and the shop had them in stock. Even better, the salesman advised that 7cell battery packs were a little faster and they would also provide a little more run time. And they did fit in the car (barely). So, what the hell. My first on-road RC racer was a 7cell 12I. To make it even more interesting, I ran it with a mild modified motor........again on the advice of the hobby shop sales guy. Like I said, nobody knew what the heck we were doing. As one can imagine, my mod 7cell 12I was one rocket of a racecar. Nobody local (including me) knew that my super mod 7 cell mod 12I was illegal as hell. No wonder it went undefeated for so long............I kicked everybody's butt every week and until the local club discovered that there were indeed actual rules that applied to RC racing. So much for the undefeated streak. From the 12I, it was on to a delta spyder (which I ran on my first trip to Cleveland over 25 years ago), then an AE12L, a corally, back to an AE12L, various newer edition AE Lcars, a speedmerchant, a Darkside, even a slapmaster, eventually I settled on a CRC T-fource, and now finally the trusty CRC GenXL. Gotta love them all. But I must admit that I really miss having twice as much rip and double the run time as the competition. Thems were the days, when we ran whatever we had in the parking lot behind the local hobby store. The faster the better. Rules? What rules?