Vacuum degasser for shock oil Shock Oil Bubble Buster

The SkyRC Shock Oil Bubble Buster SK-600158 is a vacuum degasser designed to effectively eliminate air bubbles and dissolved air in RC shock oil.

Its system creates negative pressure to extract the microbubbles present in the oil. The shock absorbers then operate more consistently and make it possible to achieve more uniform behavior between the different shock absorbers on the same chassis.

The pump power is adjustable from 3 to 5.5 V to adapt the degassing to the viscosity of the oil used. A higher setting is suitable for thick oils, while a lower setting allows for more gradual work with thin oils.

The Bubble Buster can be powered via its XT60 input at 5 to 15 V or via USB-C 5 V, allowing it to be used either with a LiPo battery or with a compatible USB power supply.

The included holders accept shock bodies from Ø13 to Ø19 mm.

• Brand : SkyRC

• Model : Shock Oil Bubble Buster

• Reference : SK-600158

• Type : vacuum degasser for shock oil

• Vacuum pressure : 36.05 kPa ± 2 kPa

• Pump setting : 3 to 5.5 V

• XT60 input : DC 5 to 15 V

• USB-C input : 5 V

• Maximum input current : 1 A

• Compatible shock diameter : Ø13 to Ø19 mm

• Dimensions : 98 × 88 × 185 mm

• Weight : approx. 442 g

• Operating temperature : 0 to 40 °C

• Operating humidity : 10 to 90% RH non-condensing

• Elimination of air bubbles present in the shock oil

• Extraction of dissolved air thanks to the vacuum process

• Power adjustment according to the oil viscosity

• Allows work on one shock or several shocks

• Compatible with different diameters thanks to the included holders

• 1 × SkyRC Shock Oil Bubble Buster

• Holders for different shock diameters

• 1 × user manual

• LiPo battery with XT60 connector

• USB-C power bank

• USB-C power adapter

• Shock absorbers

• Shock oil

The Bubble Buster can also be used to promote the penetration of an additive into certain tire foams thanks to the vacuum. However, compatibility depends on the material and composition of the foam ; SkyRC therefore recommends carrying out a preliminary test.