I'll be the first to admit that I haven't done much serious off roading but I've done a pile of other stuff and I'm having a hard time understanding why everyone seems to want rid of the IFS on the Kicks.
I see the IFS being an advantage
- Better ride on and off road
- Should be able to power down better when the going
gets tough
- Should be able to take extreme angles better without
upsetting the vehicle
For the minimal extremish off roading I do I would never consider getting rid of the IFS.
But I would really like to understand what I'm missing
cause I figure I must be missing something, right?
Zag
This is awesome.
(I love the opportunity to help people see the light)
Incase you want to know, this topic has been hashed in great length and a search would reveal pages and pages of nothing but opinions.
And here's mine!
again.
- Better ride on and off road
Define 'better'.
Are we talking STOCK Sidekick IFS then I'd probably say;
*IFS is probably smoother on and off road, if you call off-road gravel plowed roads. (which I'd call 'on road')
If you call off-road the Rubicon, I haven't seen or ever heard of a stock Sidekick IFS make it through the CON yet. (I've heard of stock SAS jeeps making it though)
Better to me is being able to go places my stock one wouldn't go.
*IFS is probably weaker on/off road, compared too stock toyota SAS trucks (using toyotas as an example as its a pretty good representation of the first place people who do SAS go to) as there are more moving parts to fail on IFS and they are just plain old smaller/weaker.
Better to me is not having to replace stock parts that fail when put into heavy duty use.
- Should be able to power down better when the going
gets tough
* Again define 'power down',
Is 'power down' the ability to take more torque?
If so, better to me might be my want to take a Toyota Birfield joint over a Sidekick CV joint.
- Should be able to take extreme angles better without
upsetting the vehicle
* One could assume you are talking about CG and the roll over prone 'Sammy' comparison. But I think that this would dig up whole nother can of worms.
Over all, I'd say that most people have their reasons for getting rid of IFS. I'd say that the number one reason is for strength. Fixed suspensions can generally take more punishment over movable ones.
Straight lines are generally stronger than curved ones.
(leaf springs, straight axles)
Levers exert more force. IFS = bunch of levers.
SAS are easier to design, build and fix over the long haul.
(which is one of the reasons why solid axles were invented/implemented first over IFS to begin with.)
If you follow this thought through you can see where we are going...
Are we there yet?
Can you imagine building an IFS charriot suspension, with nothing more then casting technology?
Can you imagine building an IFS wooden wagon suspension, with nothing more than pine trees for repairs?
Can you imagine IFS on an air-plane? Awefully heavy when a solid axle does just the same.
Can you imagine IFS on Monster Trucks? Stronger is better than flexiable. (they are finally getting around to IFS here, but it's taken years and TONS-O-Cash.
Can you imagine IFS on baja racers?
(You can now because they have millions of dollars to spend on exotic parts and learn from and are able to apply to their vehicles and have crews paid to follow them around when they brake things.)
Motorcycles make it great because they have a solid axles!
ATVs don't.
So its really quite simple.
Some people have pushed their technological limits of the Suzuki Sidekick IFS design and needed it for something more.
Some people have over come of of those technological limits by designing their own majorly improved IFS systems and are doing great things with them.
Those of us who haven't gotten there and need a solution now, turn to SAS.
~Nate