Shock Oil Bubble Buster
SK-600158
Remove the air.
Pure oil.
True damping.
Pure oil.
True damping.
Once air bubbles are present,
damping is compromised!
damping is compromised!
During oil filling or refilling, shaft cycling, or cap installation,
air inevitably becomes trapped in the shock oil.
Air is compressible.
As a result, damping is no longer governed solely by oil,
but repeatedly disturbed by trapped air bubbles.
This is not about feeling softer or stiffer —
the damping logic itself is broken.
You think you’re tuning.
In reality, you’re fighting variables.
In reality, you’re fighting variables.
If air bubbles remain in the shock oil, you may experience:
• Sluggish damping response, a vague feel
• Inconsistent performance between left and right shocks
• Identical setups producing different results
• Noticeable performance drift as temperature changes
• Inconsistent performance between left and right shocks
• Identical setups producing different results
• Noticeable performance drift as temperature changes
At this point, swapping oil weights or springs only makes tuning feel more like guesswork.
The Correct Order:
Remove the air.
Leave only the oil.
Leave only the oil.
Shock Oil Bubble Buster uses negative-pressure vacuum to force dissolved air out of the shock oil.
It doesn’t solve a feel problem.
It solves a physical state problem.
It solves a physical state problem.
Get the shock right first.
Without valid oil conditions, setup doesn’t make any sense.
Before tuning,
remove the variables.
remove the variables.
Remove the air.
Leave only the oil.
Leave only the oil.
Shock Oil Bubble Buster uses negative-pressure vacuum to force dissolved air out of the shock oil.
It doesn’t solve a feel problem.
It solves a physical state problem.
It solves a physical state problem.
When oil is only oil,
damping is truly damping.
damping is truly damping.
Adjustable vacuum.
Matched to viscosity.
Matched to viscosity.
The Bubble Buster supports 3–5.5V wide-range voltage adjustment,
providing the appropriate degassing strength for different shock oil viscosities:
• Higher voltage
For high-viscosity shock oils — fast, thorough degassing
For high-viscosity shock oils — fast, thorough degassing
• Lower voltage
For low-viscosity oils — gentle bubble removal without disturbing oil structure
For low-viscosity oils — gentle bubble removal without disturbing oil structure
It’s not about pulling harder —
it’s about being exactly right.
it’s about being exactly right.
Replay
Accelerate Tire Additive Absorption
Psst…
a small pit trick!
a small pit trick!
When applying tire additive to foam tires, the Bubble Buster* creates a vacuum that removes air trapped inside the foam’s microscopic pores. When pressure returns, the additive penetrates deeper into the foam.
The result:
• Faster penetration
• More uniform absorption
• More consistent traction
• Faster penetration
• More uniform absorption
• More consistent traction
Faster tire prep. More time to race.
*Use with discretion. Since foam tires vary widely in material and formulation, test on a small area first to verify compatibility.
Dual power input.
Flexible by design.
Flexible by design.
The tool adapts to your environment,
not the other way around.
not the other way around.
• XT60 (5–15V)
Direct battery connection for trackside efficiency
• USB-C (5V)
Power bank or wall adapter for home maintenance
Direct battery connection for trackside efficiency
• USB-C (5V)
Power bank or wall adapter for home maintenance
Multi-scale compatibility.
Versatile
Versatile
Supplied with multi-size supports, the Bubble Buster is compatible with common RC shock types:
• 1/8 off-road
• 1/10 touring
• Crawlers
• 1/8 off-road
• 1/10 touring
• Crawlers
Single shocks or batch maintenance —
the process remains consistent.
Seeing is Believing
Experience with AR!
Use AR to imagine how the charger will look, feel, and fit on your desktop. Use your Apple devices camera to scan the QR code or open this page in Safari on your iPhone or iPad for an AR preview of from every angle.
*The shown dimensions may differ from those of the actual product.
**iOS 13, iPadOS 13, ARCore 1.9, or higher Required.
**iOS 13, iPadOS 13, ARCore 1.9, or higher Required.
Specifications
Size and Weight
Dimension: 98 x 88 x 185mm
Weight: Approx. 442g
TechSpec
Input Voltage: DC 5V~15V, Type-C 5V
Input Current: Max. 1A
Shock Absorber Diameter: Φ13mm ~ Φ19mm
Vacuum Pressure: 36.05Kpa ± 2Kpa
Shock Absorber Diameter: Φ13mm ~ Φ19mm
Vacuum Pressure: 36.05Kpa ± 2Kpa
Working and Storage
Operating temperature: 0℃-40℃
Working humidity: 10%–90% RH, non-condensing
Storage temperature: -10°C–50°C
Storage humidity: 20%–65% RH, non-condensing
Working humidity: 10%–90% RH, non-condensing
Storage temperature: -10°C–50°C
Storage humidity: 20%–65% RH, non-condensing
