1/10 R/C F1's...Pics, Discussions, Whatever...
#421

Back to the topic at hand...F1's
Here is a cool article about downforce generated on RC F1 cars. I don't know exactly what it says but I understand the numbers they're posting. If anyone wants to translate and post what's written I'm sure everyone would appreciat it.
http://www.rc-japan.de/presse.php
Here is a cool article about downforce generated on RC F1 cars. I don't know exactly what it says but I understand the numbers they're posting. If anyone wants to translate and post what's written I'm sure everyone would appreciat it.
http://www.rc-japan.de/presse.php
#424

OK, I asked a coworker of mine to translate the basics of what was written in the article from rc-japan.de. I've tried to illustrate this below in each of the three figures. It should be allot easier to understand what they've done. Based on the pictures below Fig 2 is the base line measurements for the F104. In Fig 3 you can see the result of making changes to the body or rear wing settings. Hope you all enjoy it.
Fig 1. (below)
a. Measure front down-force
b. Measure rear down-force
c. Air duct
d. Air in-take
e. Measure drag

Fig 2. (below)
a. Drag
b. Front down-force
c. Total down-force
d. Center of wind pressure
e. Rear down-force

Fig 3. (below)
a. Center of wind pressure
b. Drag
c. Total down-force
d. Front down-force
e. Rear down-force
Fig 1. (below)
a. Measure front down-force
b. Measure rear down-force
c. Air duct
d. Air in-take
e. Measure drag

Fig 2. (below)
a. Drag
b. Front down-force
c. Total down-force
d. Center of wind pressure
e. Rear down-force

Fig 3. (below)
a. Center of wind pressure
b. Drag
c. Total down-force
d. Front down-force
e. Rear down-force

Last edited by Vyger; 07-09-2009 at 12:43 PM. Reason: typo
#425
Tech Rookie

Interesting... Did I miss at what speed these values apply?
#427

Looks like the older F1 bodies will give you substantially more downforce! That yellow body looks like an early 90's Williams or Lotus?...I could be wrong. I hope they used a windtunnel speed representative of the cars speed on an average track.
#429
Tech Rookie
#433

it's the wings that are mounted...
and the old-school multi-element (3-element) wings always have produced more downforce..
I have one on my HPI Super F1 (came with it)
#434

Hey Boys...
I am new to the forum, and have all of you to blame for getting me back into F1 r/c's.
Here are some quick pic of my new F104 Pro, just waiting on my speed control....
Attachment 474540
Attachment 474539
Attachment 474538
I am new to the forum, and have all of you to blame for getting me back into F1 r/c's.

Here are some quick pic of my new F104 Pro, just waiting on my speed control....
Attachment 474540
Attachment 474539
Attachment 474538

#435

OK, I asked a coworker of mine to translate the basics of what was written in the article from rc-japan.de. I've tried to illustrate this below in each of the three figures. It should be allot easier to understand what they've done. Based on the pictures below Fig 2 is the base line measurements for the F104. In Fig 3 you can see the result of making changes to the body or rear wing settings. Hope you all enjoy it.
Fig 1. (below)
a. Measure front down-force
b. Measure rear down-force
c. Air duct
d. Air in-take
e. Measure drag

Fig 2. (below)
a. Drag
b. Front down-force
c. Total down-force
d. Center of wind pressure
e. Rear down-force

Fig 3. (below)
a. Center of wind pressure
b. Drag
c. Total down-force
d. Front down-force
e. Rear down-force

Fig 1. (below)
a. Measure front down-force
b. Measure rear down-force
c. Air duct
d. Air in-take
e. Measure drag

Fig 2. (below)
a. Drag
b. Front down-force
c. Total down-force
d. Center of wind pressure
e. Rear down-force

Fig 3. (below)
a. Center of wind pressure
b. Drag
c. Total down-force
d. Front down-force
e. Rear down-force
