O.S. Engine OS28605000 Connecting Rod - Compatible with GT60 Engines  [OS28605000]

O.S. ENGINES CONNECTING ROD GT60
Price:
£27.03
Brand:
O.S. Engine
Model:
OS28605000
GTIN:
4531028152830
Condition:
Brand New
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Compatibility checklist for GT60 connecting rod

This O.S. Engine connecting rod is identified as OS28605000 and functions as the internal link between piston and crankshaft in GT60 RC engines. The text covers compatibility details, installation best practices, and the part's role when maintaining or tuning nitro-type model engines.

The rod transmits the piston's linear travel into crankshaft rotation. When replacing it, inspect the mating faces, check wrist pin seating and crank bearing condition, and replace any seals or bearings that appear worn to avoid early damage.

Installation advice: carry out the fit according to the engine maker's service routine, use the correct wrist pin orientation if required, and confirm there is correct side play and free rotation prior to final assembly. Keep engine loads moderate during break-in and tune progressively.

As part of maintenance and tuning, fitting a direct replacement rod returns correct mechanical timing and balance; if targeting consistent high-rpm reliability, evaluate balancing the piston, rod and crank assemblies.

Specifications

  • Item Connecting Rod
  • Material Not specified
  • Model Number OS28605000
  • Compatibility GT60 engines

This connecting rod is intended as a direct replacement component for GT60 RC engines, recommended for routine rebuilds and tuning-focused maintenance.

Compatibility with aftermarket cranks depends on journal dimensions and wrist pin alignment; verify the crank and rod mating dimensions before committing to installation.
Compare the replacement's model reference and measure critical dimensions against the engine's existing parts. Confirm wrist pin diameter and crank journal geometry to ensure proper fit.
If bearings, wrist pin supports, or seals show wear, replace them during the rod change to prevent secondary damage; refreshing related components is good practice.
Confirm smooth rotation, correct side play, and absence of unusual noise or vibration during an initial controlled run; address any irregularities before full operation.

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