Check Your Paddle Shifters !!!
#1
Check Your Paddle Shifters !!!
Just a curiosity, but my right paddle shifter (+ upshift) is ridged on the back side (where my fingers touch it to shift), but my left paddle shifter (- downshift) is smooth on the back side!
I can't figure why Honda did this, unless they were phasing in a new paddle design (smooth or ridged) and didn't care about the mismatch.
Personally, I'd like to have mine match unless there is a good reason for the mismatch. Honda should be more on the ball.
Anyone else find the same thing?
I can't figure why Honda did this, unless they were phasing in a new paddle design (smooth or ridged) and didn't care about the mismatch.
Personally, I'd like to have mine match unless there is a good reason for the mismatch. Honda should be more on the ball.
Anyone else find the same thing?
#3
Originally Posted by Ah Ed
it's probably so u can tell which one is upshift and which one is downshift by feel...
#8
Originally Posted by sy11580
Yes you are right!!! That's is what exactly why Honda did that. They did that by purpose, becasue when you make a turn it is hard to figure out which is upshift and which is downshift, so they make that for the driver.
#9
Originally Posted by Gordio
this makes the most sense. when your wheel is upside down cuz of hard turns, its hard to know which is left and right. however, u shouldn't be shifting during a turn anyway
#12
Originally Posted by Kiel
Why not? Plenty of professional drivers shift during turns. They either downshift when going into the turn or when coming out of the turn - and thats just what's most common.
#14
As the original poster here, I appreciate the clarification on what the ridged surface is on the upshift paddle.
However, the chances are very remote that anyone in mid-turn is going to be able to quickly find the upshift/downshift paddles and still be effective.
Look at the angular span represented by one paddle - about 30 degrees within the steering wheel. When someone's in mid-turn, the paddle location is probable lost, and 85% of the time, the driver's hands will not be on the paddle when they decide they want to shift in the turn. The driver will have to "hunt" for the paddle, feel for the ridges, decide if it's the right one, and shift before they're out of the turn! IMPRACTICAL!!!
"Cool" in theory, but quite silly in practice for the typical Honda Fit driver.
However, the chances are very remote that anyone in mid-turn is going to be able to quickly find the upshift/downshift paddles and still be effective.
Look at the angular span represented by one paddle - about 30 degrees within the steering wheel. When someone's in mid-turn, the paddle location is probable lost, and 85% of the time, the driver's hands will not be on the paddle when they decide they want to shift in the turn. The driver will have to "hunt" for the paddle, feel for the ridges, decide if it's the right one, and shift before they're out of the turn! IMPRACTICAL!!!
"Cool" in theory, but quite silly in practice for the typical Honda Fit driver.
#15
Originally Posted by Kiel
Did you read what I said? I said exactly what you said. When going into the turn or coming out of the turn.
Last edited by bitterspeak; 06-08-2006 at 11:08 PM.
#16
Originally Posted by gcisko
However, the chances are very remote that anyone in mid-turn is going to be able to quickly find the upshift/downshift paddles and still be effective.
Look at the angular span represented by one paddle - about 30 degrees within the steering wheel. When someone's in mid-turn, the paddle location is probable lost, and 85% of the time, the driver's hands will not be on the paddle when they decide they want to shift in the turn. The driver will have to "hunt" for the paddle, feel for the ridges, decide if it's the right one, and shift before they're out of the turn! IMPRACTICAL!!!
"Cool" in theory, but quite silly in practice for the typical Honda Fit driver.
Look at the angular span represented by one paddle - about 30 degrees within the steering wheel. When someone's in mid-turn, the paddle location is probable lost, and 85% of the time, the driver's hands will not be on the paddle when they decide they want to shift in the turn. The driver will have to "hunt" for the paddle, feel for the ridges, decide if it's the right one, and shift before they're out of the turn! IMPRACTICAL!!!
"Cool" in theory, but quite silly in practice for the typical Honda Fit driver.
#18
Originally Posted by gcisko
As the original poster here, I appreciate the clarification on what the ridged surface is on the upshift paddle.
However, the chances are very remote that anyone in mid-turn is going to be able to quickly find the upshift/downshift paddles and still be effective.
Look at the angular span represented by one paddle - about 30 degrees within the steering wheel. When someone's in mid-turn, the paddle location is probable lost, and 85% of the time, the driver's hands will not be on the paddle when they decide they want to shift in the turn. The driver will have to "hunt" for the paddle, feel for the ridges, decide if it's the right one, and shift before they're out of the turn! IMPRACTICAL!!!
"Cool" in theory, but quite silly in practice for the typical Honda Fit driver.
However, the chances are very remote that anyone in mid-turn is going to be able to quickly find the upshift/downshift paddles and still be effective.
Look at the angular span represented by one paddle - about 30 degrees within the steering wheel. When someone's in mid-turn, the paddle location is probable lost, and 85% of the time, the driver's hands will not be on the paddle when they decide they want to shift in the turn. The driver will have to "hunt" for the paddle, feel for the ridges, decide if it's the right one, and shift before they're out of the turn! IMPRACTICAL!!!
"Cool" in theory, but quite silly in practice for the typical Honda Fit driver.
Edit: A bit of clarification, I usually upshift before right turns when I am coming from a standing stop, ie., at an intersection, because at mid-way my engine revs would be kind of high in 1st gear, and trying to find the upshift paddle is kind of hard at that point as it would be on the left side of the steering wheel. If I am slowing down to do a turn, I just down shift before I make my turn.
On left turns, my right hand does not move from the upshift paddle shifter so it just stays on the steering wheel as I spin counter-clockwise. In that case, I can upshift whenever I want to.
Last edited by dancingsun; 06-09-2006 at 01:13 PM.
#20
Originally Posted by dancingsun
You can shift before you turn, or as I found out, most of the time I don't need to remove my hands from the steering wheel to make a turn. The only time that I really need to remove my hands from the paddle positions are making right turns at intersections or coming out of a driveway, in that case I shift before I turn when needed.
On left turns, my right hand does not move from the upshift paddle shifter so it just stays on the steering wheel as I spin counter-clockwise. In that case, I can upshift whenever I want to.
On left turns, my right hand does not move from the upshift paddle shifter so it just stays on the steering wheel as I spin counter-clockwise. In that case, I can upshift whenever I want to.
As I stated previously - the ridged paddle on only one side is nice in theory, but quite silly (and impractical) in actual use.
I'm just curious - how many new Honda Fit owners really think they just bought a racecar?