KO Propo 35048 Aluminum Upper Case for BSx4S-one10 Grasper2 - Performance Shell  [KO-35048]

KO Propo 35048 - Aluminum Upper Case for BSx4S-one10 Grasper2
Price:
CAD$60.88
Brand:
KO Propo
Model:
KO-35048
Condition:
Brand New
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Aluminium Upper Case Upgrade for KO Propo 35048

The KO Propo 35048 aluminium upper case is made to fit the BSx4S-one10 Grasper2 servo exactly. Machined from durable aluminium, it increases housing stiffness and shields the internals while keeping weight low so handling stays predictable.

Stronger Housing and Better Heat Transfer

Replacing the stock plastic top with this aluminium unit improves heat dissipation and reduces flex under load. That combination helps the servo stay responsive during club racing or aggressive off-road runs where temperature and stress can climb.

Fast, Straightforward Installation

The upper case installs with basic hand tools and lines up with the existing mounts on the BSx4S-one10 Grasper2. The direct fit means a quick upgrade that gets you back on the track fast.
Remark :
Due to limited stock availability, please notice that some KO Propo items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.

Will this upper case fit other KO Propo servos?

This upper case is engineered for the BSx4S-one10 Grasper2 and may not align with mounting points or internals on other KO Propo models. Measure and compare before attempting to fit it to a different servo.

Will the aluminium case affect servo weight and balance?

The 35048 is designed to be light while adding protection, so it typically does not upset vehicle balance. Expect only a small weight increase compared to the stock plastic top.

Any maintenance tips after fitting the aluminium top?

Check mounting screws periodically for tightness and inspect the case for burrs or sharp edges after heavy use. Clean dust from cooling surfaces to keep heat transfer efficient.

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