BLS177SV Servo Housing Replacement for Workshop Repair - Futaba FUEBS3445  [FUEBS3445]

FUTABA BLS177SV SERVO CASE SET EBS3445
Price:
NZD$45.16
Brand:
Futaba
Model:
FUEBS3445
GTIN:
4513886306907
Condition:
Brand New
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alt="FUTABA BLS177SV SERVO CASE SET EBS3445" title="FUTABA BLS177SV SERVO CASE SET EBS3445"

Service shell designed for the BLS177SV

The Futaba FUEBS3445 servo case set offers a replacement housing engineered to accept the internal assemblies of the BLS177SV servo. The focus here is on the mechanical containment role: protecting and locating the gearbox and electronics while preserving original mounting relationships.

Delivered as a direct-fit replacement for the BLS177SV layout referenced in the title, the case halves align with the servo's mounting points and output shaft position. Use the set when the original shell is damaged, when reassembling a serviced unit, or when preparing a servo for further workshop use.

Fitment is straightforward for those familiar with small servo strip-down: remove the damaged case, move the internal gear train, PCB and fittings into the new halves, and secure using the existing mounting holes. Careful attention to output spline positioning and any internal spacers will prevent binding after reassembly.

As an installation-level accessory the case does not change electrical performance, though it may alter mounting stiffness and thermal paths. Confirm clearance and movement with the BLS177SV arrangement before finalising fitment in the model.

Specifications

  • Item: Servo case set
  • Brand: Futaba
  • Model Number: FUEBS3445
  • Compatibility: BLS177SV servo

Opt for this case set when you need a like-for-like replacement housing for BLS177SV servos to restore mounting integrity and simplify workshop servicing.

The case set is made to align with the BLS177SV mounting pattern as stated; it is intended to match the hole spacing and shaft orientation of that servo model.
A new shell can recover structural integrity lost to cracks or wear, helping to maintain correct mounting and reduce flex, but it does not change internal component strength.
Different shell materials or fit can change heat transfer paths; while the outer case itself does not alter electronics, confirm temperature under load if thermal management is critical.
After rebuild, check for free rotation, correct spline engagement, secure fastenings, and that any shims or bearings are returned to their original positions to avoid premature wear.

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