Schumacher Mi5
#2596
Tech Regular
iTrader: (19)
I have a shot at a good deal on an original MI5 (non Evo). I am looking for parts sources and don't see anyone having arms (wishbones) in stock, even Shumi site say's part number doesn't exist. Do the Evo arms and mounts work on a non Evo car?
Are most other consumable parts,Hub's, Knuckles, Arm mouldings the same?
Can a non Evo car be "updated" or not worth the cost?
Are most other consumable parts,Hub's, Knuckles, Arm mouldings the same?
Can a non Evo car be "updated" or not worth the cost?
#2597
I got that figured out, thanks Roy.
Does anyone know if the "Blinky" motor mount from the Evo will fit the old car?
We have a spec brushed motor so don't have the 6 point bolt pattern like a Brushless motor, on 2 hole.
Does anyone know if the "Blinky" motor mount from the Evo will fit the old car?
We have a spec brushed motor so don't have the 6 point bolt pattern like a Brushless motor, on 2 hole.
#2599
HTH
Mark
#2600
Tech Addict
#2601
Not specifically .. but a good calc can be found here:
http://convert-to.com/conversion/tor...-to-gf-mm.html
you can change it to the units your needing
..p
#2602
Tech Adept
Hi, can anyone help me? I am experiencing some trouble setting the droop. I am using the hudy drop gauge set to set the droop as per my other touring cars. But after setting the droop, when I tried to lift the car to test the droop, the cars seems to have very minimal or even no droop even though I have set droop to 5mm front and back. Thanks.
#2603
Hi, can anyone help me? I am experiencing some trouble setting the droop. I am using the hudy drop gauge set to set the droop as per my other touring cars. But after setting the droop, when I tried to lift the car to test the droop, the cars seems to have very minimal or even no droop even though I have set droop to 5mm front and back. Thanks.
Hello..! unclear of the issue you're having specifically however, consider setting your droop as a measurement 'over ride height' ..
- on a setup board, measure ride height at the rear, ie: 5mm
- then, lift up the back of the car until the chassis touches the droop screw, ie: 8mm
- subtract the two results, ie: 8mm - 5mm = 3mm ORH ( over ride height )
- repeat for the front
** when done, be sure to verify that both left and right sides have equal droop by lifting each end up at its center line and adjusting accordingly
There are several 'methods' that could be detailed here however as long as you are doing it the exact same way each time, your results will be consistent ..
Usually 2.0 over in the front and 2.5 over for the rear is a good place to start keeping in mind that as little as 1mm over in the front and as much as 4mm in rear is not unusual depending on the track, grip level, and the rest of your setup ..
hope it helps..
..p
#2604
Tech Adept
Hello..! unclear of the issue you're having specifically however, consider setting your droop as a measurement 'over ride height' ..
- on a setup board, measure ride height at the rear, ie: 5mm
- then, lift up the back of the car until the chassis touches the droop screw, ie: 8mm
- subtract the two results, ie: 8mm - 5mm = 3mm ORH ( over ride height )
- repeat for the front
** when done, be sure to verify that both left and right sides have equal droop by lifting each end up at its center line and adjusting accordingly
There are several 'methods' that could be detailed here however as long as you are doing it the exact same way each time, your results will be consistent ..
Usually 2.0 over in the front and 2.5 over for the rear is a good place to start keeping in mind that as little as 1mm over in the front and as much as 4mm in rear is not unusual depending on the track, grip level, and the rest of your setup ..
hope it helps..
..p
- on a setup board, measure ride height at the rear, ie: 5mm
- then, lift up the back of the car until the chassis touches the droop screw, ie: 8mm
- subtract the two results, ie: 8mm - 5mm = 3mm ORH ( over ride height )
- repeat for the front
** when done, be sure to verify that both left and right sides have equal droop by lifting each end up at its center line and adjusting accordingly
There are several 'methods' that could be detailed here however as long as you are doing it the exact same way each time, your results will be consistent ..
Usually 2.0 over in the front and 2.5 over for the rear is a good place to start keeping in mind that as little as 1mm over in the front and as much as 4mm in rear is not unusual depending on the track, grip level, and the rest of your setup ..
hope it helps..
..p
Btw, how can I get more steering angle when entering a corner? Sorry, there just isn't many ppl running this car at my tracks.
#2605
Hi thanks for your help. Actually I tried using the hudy droop gauge setup kit but when I tried to reconfirm the droop using the method you mentioned, the measurement from your method vs the hudy isn't the same. I don't know why.
Btw, how can I get more steering angle when entering a corner? Sorry, there just isn't many ppl running this car at my tracks.
Btw, how can I get more steering angle when entering a corner? Sorry, there just isn't many ppl running this car at my tracks.
..p
#2606
Tech Adept
.. The measurements can't be the same because your measuring completely different items of the car. Yes, they both relate to droop and either method can be used effectively, however the Hudy method measures the arm droop at the end of the arm and ORH measures the actual distance the droop screw is from the chassis; or in this case, the arm. Whichever is best for you will work. As I recall, the steering angle is about ~25*, I think the twin point steering may offer a touch more .. It could also be related to other settings on the car too like ackerman or camber gain and even shock angle or shock package... generally a bit more front toe out would be a quick adjustment to try ..
..p
..p
#2607
Pretty quiet in here. Anyone still running the Mi5 or the Evo?
Last edited by patorz31; 12-31-2015 at 12:38 PM.
#2609
I bought an Evo and 2 Mi5s from a guy in my club. First try out with them tomorrow.
#2610
Tech Rookie
I have a mi5evo with blinky mount running vta front diff at 500000cst I am still about a half second slower than the top cars even with those drivers driving it I am at a loss for what else to try. 59t and have tried everything up down with pinions different motor/esc and still the same. any ideas!!!!!!!!!!!!!!