shopaholic
Well-known member
- First Name
- Gee
- Joined
- Sep 18, 2024
- Threads
- 21
- Messages
- 317
- Reaction score
- 315
- Location
- East Bay
- Vehicles
- 2025 CT AWD (67k VIN), 2018 Model 3LR(40k VIN) , BMWR1200S
- Occupation
- Retired
?PesosOne million?
![]()
Sponsored
?PesosOne million?
![]()
Just check other commenters, there are many monster truck parts available.How did you come to that price? Innovation has a price, are there other options?
I get 3k is a lot but when you spend time in R&D, and it is a niche product for a very limited vehicle, price will be high.
99% of owners won’t be purchasing it anyways.
I had to laugh when I saw the price, $3,000 for $400 worth of shocks..Hi Everyone!
I wanted to share a new product that we just released!
Our new CYBRSHOCKS are a direct bolt on shock application that provides better handling, more capable payload control, and improved comfort on and off road by supplementing the rear shocks with our double adjustable secondary rear shock.
Our solution is simple but effective. We engineered a secondary shock that sits inside the rear wishbone and stabilizes, smooths and dampens the body motion. It’s fully adjustable for compression and rebound and can be installed or uninstalled with just a few bolts. If you are carrying especially heavy loads you can turn up the damping, or just “set it and forget it” and enjoy the smoother ride and improved handling. This is one of those great modifications that we can wholeheartedly recommend to every Cybertruck owner: it’s all upside, with no-compromise on ride quality. Those of you who really push your trucks to the limit will benefit even more.
Check out our install video here.
My impression from having driven my Cybertruck on many road surfaces types, from glassy smooth to full of dips, bumps, lips and whoops, is that the adaptive dampers adjust on the fly to the nature of the surface. And the only way I can see it does this is to the leverage the data sent by the four ride-height sensors.The truck also has airborne mode where it maxes out compression stiffness if it senses the wheels are in the air to avoid bottoming out on the landing (as much as possible, at least).
If this add on reduces extension (rebound), that could reduce available travel on landing.
I wonder if the vehicle computer will try to compensate for it to achieve expected travel rates, or if it's just open loop settings.