WhoopKing42
New member
- First Name
- Luke
- Joined
- Mar 11, 2026
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- Location
- Los Angeles
- Vehicles
- Cybertruck Long Range
- Occupation
- Product Dev, Enthusiast
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- #1
Looks like we are finally starting to see more Cybertruck lift options hit the market, so I figured I’d start a thread to compare the different approaches and hear what other owners are considering.
For context, I currently have an open order for a coil-spring AWD Cybertruck that I plan to use as both a daily driver and for camping/off-road trips. I’m not against the air-suspension trucks, but I am considering the coil-spring version for long-term simplicity and durability. My main goal is to improve real-world ground clearance, especially center clearance around the HV pack, without creating unnecessary reliability issues.
Normally, larger tires would be one of the first things to consider for added clearance, but Cybertruck seems a little more complicated there. From what I’ve seen, upright/knuckle clearance becomes a limiting factor pretty quickly, so tire size alone does not seem like a simple solution without creating additional fitment issues. Because of that, I’m mostly looking at actual lift solutions.
Below is my current understanding of the options on the market, along with the pros and cons I can see so far. Curious to hear what others are planning to run, especially anyone who has already tested these setups off-road.
1. Height-sensor / lift-rod style kits
Examples would be the CybertruckCo lift rod kit and the Mountain Pass Performance lift kit.
These seem to be the first and most affordable lift options available. The basic idea makes sense: manipulate the height sensor reading so the truck sits higher than it otherwise would at a given suspension setting. Low cost, relatively simple install, and likely enough for people who just want a mild visual lift or a little extra clearance.
That said, this approach raises a few questions for me.
The Cybertruck air suspension already has a pretty large factory height range, with entry mode on the low end and extract mode on the high end. If a sensor-based lift effectively shifts the whole operating range upward, I’d be concerned about reducing available droop travel, especially off-road where articulation and shock stroke matter. My understanding is that if the truck is already close to the top of its usable suspension range in extract mode, adding more height through the sensor system could potentially put the shocks closer to topping out.
On the opposite side, I’ve also seen some posts claiming trucks have been damaged under hard compression on factory suspension. It is hard to know how those trucks were being used, so I don’t want to overstate that, but it does make me wonder how much usable travel and clearance these trucks really have before other components become the limiting factor.
Questions for anyone running these kits:
CybertruckCo also appears to be working on, or offering, a larger 4" lift option.
I have not seen enough detail yet to know exactly how this kit is achieving the advertised lift, but I would assume it has to be some combination of sensor/ride-height manipulation and a physical body or subframe lift. A true 4" sensor-only lift seems like it would push the suspension way outside of the factory operating range, which would likely create major issues with droop travel, shock extension, ride quality, and long-term component stress.
If the 4" kit is a hybrid setup, the concept could make sense depending on how much of the lift is coming from physical spacing versus how much is coming from the air suspension being commanded higher. The key question for me would be whether the suspension is still operating within a reasonable factory-like range, or whether the truck is being forced to live near the top of its shock travel.
The potential upside is obvious: more total clearance and a more aggressive stance. For people who want the tallest possible Cybertruck setup, this may be appealing. The tradeoff is that a 4" lift is a much bigger change to the vehicle, so I’d want to understand the full impact on alignment, suspension geometry, steering behavior, driveline/CV angles, ride quality, serviceability, and long-term durability.
Questions I’d have on this style of kit:
The main one I’ve seen so far is the Unplugged Performance Invincible 2.5" lift.
This is obviously a much more expensive route, but it seems like a more comprehensive solution. From what I understand, this approach physically lifts the vehicle structure rather than tricking the air suspension into sitting higher within the same shock travel. In theory, that should help preserve the factory air suspension’s operating range instead of sacrificing droop travel.
The potential upside I see is that you gain center clearance without relying on overextending the air suspension. That seems like it could be better for ride quality and off-road durability, especially if the kit also addresses upper control arm clearance and hard-compression concerns.
The downsides are also pretty obvious: cost, install complexity, alignment needs, and whether it is overkill for owners who only do light trails or want a more aggressive stance. I’d also be curious how a kit like this affects serviceability, long-term wear, NVH, and whether Tesla service centers have any issues working around it.
Questions I’d have on this style of lift:
For context, I currently have an open order for a coil-spring AWD Cybertruck that I plan to use as both a daily driver and for camping/off-road trips. I’m not against the air-suspension trucks, but I am considering the coil-spring version for long-term simplicity and durability. My main goal is to improve real-world ground clearance, especially center clearance around the HV pack, without creating unnecessary reliability issues.
Normally, larger tires would be one of the first things to consider for added clearance, but Cybertruck seems a little more complicated there. From what I’ve seen, upright/knuckle clearance becomes a limiting factor pretty quickly, so tire size alone does not seem like a simple solution without creating additional fitment issues. Because of that, I’m mostly looking at actual lift solutions.
Below is my current understanding of the options on the market, along with the pros and cons I can see so far. Curious to hear what others are planning to run, especially anyone who has already tested these setups off-road.
1. Height-sensor / lift-rod style kits
Examples would be the CybertruckCo lift rod kit and the Mountain Pass Performance lift kit.
These seem to be the first and most affordable lift options available. The basic idea makes sense: manipulate the height sensor reading so the truck sits higher than it otherwise would at a given suspension setting. Low cost, relatively simple install, and likely enough for people who just want a mild visual lift or a little extra clearance.
That said, this approach raises a few questions for me.
The Cybertruck air suspension already has a pretty large factory height range, with entry mode on the low end and extract mode on the high end. If a sensor-based lift effectively shifts the whole operating range upward, I’d be concerned about reducing available droop travel, especially off-road where articulation and shock stroke matter. My understanding is that if the truck is already close to the top of its usable suspension range in extract mode, adding more height through the sensor system could potentially put the shocks closer to topping out.
On the opposite side, I’ve also seen some posts claiming trucks have been damaged under hard compression on factory suspension. It is hard to know how those trucks were being used, so I don’t want to overstate that, but it does make me wonder how much usable travel and clearance these trucks really have before other components become the limiting factor.
Questions for anyone running these kits:
- How has ride quality been at normal driving heights?
- Are you driving around at a taller height all the time, or only using the lift when needed?
- Does the truck behave normally in extract mode with the kit installed?
- Has anyone noticed shock topping, clunking, harshness, or odd suspension behavior off-road?
- Any steer-by-wire, alignment, or suspension errors after install?
- Has anyone pushed one of these kits hard enough off-road to find the actual limits?
CybertruckCo also appears to be working on, or offering, a larger 4" lift option.
I have not seen enough detail yet to know exactly how this kit is achieving the advertised lift, but I would assume it has to be some combination of sensor/ride-height manipulation and a physical body or subframe lift. A true 4" sensor-only lift seems like it would push the suspension way outside of the factory operating range, which would likely create major issues with droop travel, shock extension, ride quality, and long-term component stress.
If the 4" kit is a hybrid setup, the concept could make sense depending on how much of the lift is coming from physical spacing versus how much is coming from the air suspension being commanded higher. The key question for me would be whether the suspension is still operating within a reasonable factory-like range, or whether the truck is being forced to live near the top of its shock travel.
The potential upside is obvious: more total clearance and a more aggressive stance. For people who want the tallest possible Cybertruck setup, this may be appealing. The tradeoff is that a 4" lift is a much bigger change to the vehicle, so I’d want to understand the full impact on alignment, suspension geometry, steering behavior, driveline/CV angles, ride quality, serviceability, and long-term durability.
Questions I’d have on this style of kit:
- Has anyone confirmed whether the 4" kit is sensor-only, body lift only, or a hybrid of both?
- If it uses sensor manipulation, how much lift is actually coming from the air suspension?
- Does the truck retain normal droop travel, or does it feel topped out in taller drive modes?
- How does it behave in extract mode?
- Are there any steering, alignment, or steer-by-wire quirks after install?
- Does a 4" lift create additional CV, half-shaft, or suspension geometry concerns?
- Is the extra height worth the added complexity compared with a smaller body/subframe lift?
- Does anyone know what the anticipated cost would be for this kit?
The main one I’ve seen so far is the Unplugged Performance Invincible 2.5" lift.
This is obviously a much more expensive route, but it seems like a more comprehensive solution. From what I understand, this approach physically lifts the vehicle structure rather than tricking the air suspension into sitting higher within the same shock travel. In theory, that should help preserve the factory air suspension’s operating range instead of sacrificing droop travel.
The potential upside I see is that you gain center clearance without relying on overextending the air suspension. That seems like it could be better for ride quality and off-road durability, especially if the kit also addresses upper control arm clearance and hard-compression concerns.
The downsides are also pretty obvious: cost, install complexity, alignment needs, and whether it is overkill for owners who only do light trails or want a more aggressive stance. I’d also be curious how a kit like this affects serviceability, long-term wear, NVH, and whether Tesla service centers have any issues working around it.
Questions I’d have on this style of lift:
- Is a body/subframe lift the better long-term solution for preserving suspension travel?
- Does the added center clearance make a meaningful difference on trails compared with a sensor-based lift?
- Are there any noticeable ride quality or handling tradeoffs on-road?
- How involved is the install compared with a sensor-based lift?
- Would this be overkill for someone who only does camping roads, mild trails, and daily driving?
- Has anyone run this kit yet with larger tires, and if so, what size before upright clearance became an issue?
- Mild daily driver / stance improvement: sensor lift?
- Maximum height / aggressive stance: hybrid 4" lift?
- Camping roads and moderate off-road use: body/subframe lift?
- More aggressive off-road use: body/subframe lift with carefully selected tire sizing?
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