Besiege

Besiege

178 ratings
Guide for Independent Suspension
By Slick McFlick
This guide is about creating a nice independant suspension that keeps the wheels constantly perpendicular to the ground. Relatively simple, it can be tweaked to your desires.
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What is Independent Suspension?
Independent suspension is a form of suspension where each wheel will move up and down on their own, not directly connected to another wheel. Most modern vehicles, especially those that go offroad, have this (vehicles that use an axle at the back don't). Those that do generally also keep their wheels perpendicular to the ground no matter the leveling. Other guides I have found that conform to this generally don't provide structual stability or a semi-realistic look. That is my hope in creating this guide, to provide these things.
How To Complete
The steps involved are actually rather simple, it just becomes a little meticulous to repeat it over and over. Because it would be extremely hard to understand simply through words, I added nice little pictures to help you along the way.

STEP 1:
Basic Structure

Directly above or one block above the start block, place a wooden block/ballast. Place a wooden block/ballast 5 blocks away from the start block, another ane block under that one, and another two blocks away and one under the start block. In the image to the right below, I used more blocks to represent the distance. Damn, I used the word block a lot there.


STEP 2:
Necessary Pieces

Next, place a motor wheel to the right-most lowest block and from that a large powered wheel. The smaller wheel will be for turning and the larger for movement, so adjust the bindings and speed accordingly. Next, apply hinges such as the image shows below, as well as a suspension block above the central hinge. The suspension can be changed to meet your preferences as well.



STEP 3:
Holding It Together

Apply braces to connect the hinges (make sure you don't connect the wrong hinges or the hinges to blocks), the suspension piece to the left-most blocks, and each left-most block to the other, and each right-most to the other as well. Make sure to connect the central block to each hinge. Finally, repeat this process upon the other side and repeat all previous steps to create more wheel pairs.


STEP 4:
Have Fun

You may give it your own personal features, and please, enjoy. Give me a comment on what I should change and link me screenshots of your creations!

42 Comments
Slick McFlick  [author] 19 Dec, 2022 @ 11:42am 
If so, that's a new feature @The_Mandalorian. Would be good to use that instead
The Mandalorian 16 Dec, 2022 @ 6:40am 
using this method, only one wheel is required
The Mandalorian 16 Dec, 2022 @ 6:39am 
Step two, sentence one: "Next, place a motor wheel to the right-most lowest block and from that a large powered wheel." You can make it so that each wheel can have two different keys for forward/backward. Left side: use forward as 'up', backward as 'down', forward also as 'right-sideways', backward also as 'left-sideways'. In this scenario I am using the arrow keys as directional control.
JBTNT10 10 Oct, 2022 @ 11:05pm 
no
Slick McFlick  [author] 10 Oct, 2022 @ 10:32pm 
It sure is. Is that a problem?
JBTNT10 8 Oct, 2022 @ 8:54am 
that's just double wishbone but ok
DownloadableContent 2 Mar, 2022 @ 2:38am 
Yo, I legit used this as a digital prototype for my yr 12 engineering folio and got 24/25, thanks man!
Slick McFlick  [author] 16 Jun, 2021 @ 2:12pm 
Actually made an updated, more compact version, though haven't touched it in a long time. I added a swaybar outside of the guide, though it didn't really do all too much. It did prevent some sway.
Nipple Biting Rat 15 Jun, 2021 @ 9:41am 
Classic double wishbone, nice. Works exactly the same way I do it, but I think my one is more compact.
1SlimShaney 10 Feb, 2021 @ 6:13am 
The stiffness can be adjusted on them