- First Name
- Mark
- Joined
- May 28, 2021
- Threads
- 42
- Messages
- 2,218
- Reaction score
- 3,861
- Location
- Gilbert, AZ
- Website
- jackpucks.com
- Vehicles
- R1T Launch, R1S Canyon Red
Thanks for the question! I've posted about this before, and it is on the rear only on our Rivian's. The cycling of the rear suspension is far greater than the front. What happens is simple. As you lift the rear of the Rivian via a jack point, the arc of the control arms swings inward (towards center of vehicle rear). This causes a tilt, which in turns causes the bottle jack to lean inwards.Hi Mark, I just did a 4 tire DIY rotation and on the rears I experienced some shifting when using the Torin 10T Bottle Jack + XL Puck. Not sure if it was user error but the shifting gave me pause and ended up adding backup and backup to the backup (i.e jacks stands on the arms). Better be safe than sorry.
Is there a better way to ensure the mating of this ports seats correctly?
1. Place the puck on the Rivian and then raise the jack until you make contact
2. Place the puck on the jack and raise until you make contact
Not sure if either of these would make any difference to minimize the shifting I experienced.
Solution . It's simple and this is what I do.
1. Lift the vehicle with the bottle jack to peak height.
2. Release bottle jack pressure. The vehicle will lower, but most of the suspension will still stay elevated and because of the arc of the travel, it will still be inwards.
3. Reposition 'bottle jack and puck' so it is straight. When you lift again, since most of the arc is already there, the tilt is minimized greatly, if not eliminated.
4. Lift again and you should be good.
Repeat steps 2-4 if needed.
This is on my list (to do) of how to videos for our YouTube Channer (s00n). We're updating our website and it will include a YouTube section, where this will be one of many videos on my experience and feedback from customers on safe practices and how things work.
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and this wheel/tire combo is heavy!! This sounds like it could minimize the energy required to move around to the next location.