O.S. Engine OS28605000 Connecting Rod GT60 replacement connecting rod for GT60 RC engines  [OS28605000]

O.S. ENGINES CONNECTING ROD GT60
Price:
USD$36.40
Brand:
O.S. Engine
Model:
OS28605000
GTIN:
4531028152830
Condition:
Brand New
Write a review

Connecting rod for GT60 engines

This O.S. Engine connecting rod is specified as OS28605000 and serves as the internal link between piston and crankshaft on GT60-scale RC engines. The write-up focuses on compatibility, installation considerations, and the role the part plays when tuning or servicing nitro-style model engines.

Functionally, the connecting rod transmits reciprocating motion from the piston to rotational motion at the crank. When replacing this part, inspect mating surfaces for wear, confirm wrist pin fit and crankshaft bearing condition, and replace related seals or bearings as needed to avoid premature wear.

Installation notes: fit the rod per the engine manufacturer's service routine, use the correct wrist pin orientation if applicable, and check for side play and free rotation before final assembly. Avoid overloading the assembly during break-in and follow progressive tuning steps when adjusting peak performance.

For tuning and maintenance, a direct replacement connecting rod restores mechanical timing and balance; consider balancing piston, rod, and crank assemblies if you are pursuing high-rpm reliability or race-day consistency.

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.

The part is listed for GT60 engines, confirm physical fit and mating dimensions against your engine before final installation.
Inspect crankshaft bearings and wrist pin support; replace any worn bearings to ensure longevity of the new rod.
Replacing the rod restores correct mechanical linkage; verify assembly alignment and clearances to maintain intended timing and balance.
Follow standard engine break-in procedures, monitor temperatures and vibration, and make incremental tuning changes while checking assembly integrity.

Copyright © 2008-2026 rcjaz.com All rights reserved