23RS Chainsaw Chain 325" 050"
Overview
The STIHL Rapid Super Chainsaw Chain (88666188066) is designed for high-performance cutting applications requiring fast, clean, and efficient results in hard or frozen wood conditions. Offered in a .325" pitch and .050" gauge configuration, this full-chisel chain is engineered for operators who demand aggressive cutting performance with reduced vibration.
| Specification | Detail |
|---|---|
| MPN | 88666188066 |
| Brand | STIHL |
| Chain Series | Rapid Super (RS) |
| Pitch | .325" |
| Gauge | .050" |
| Cutter Style | Full-Chisel |
Technical Features
- Full-chisel, razor-edged square-cornered cutter design: Minimizes chain friction during cutting, resulting in an exceptionally smooth and clean cut particularly in hard or frozen wood.
- Cutter and tie strap geometry engineered for vibration reduction: Reduces operator fatigue on extended cuts while maintaining the aggressive cutting profile of a full-chisel chain.
- Faster cutting speed than RM (Rapid Micro) chain: The RS designation indicates superior cutting rate, making it the preferred choice where productivity and throughput are the priority.
- Excellent plunge-cutting efficiency: Chain geometry supports controlled bore-cut and plunge-cut techniques used in felling and bucking operations.
- .325" pitch / .050" gauge specification: Ensures compatibility with correctly matched guide bars and sprockets for proper fitment and safe operation.
Applications
- Bucking and felling hardwoods where a clean, fast cut is required.
- Cutting frozen or seasoned wood where chain friction is a performance concern.
- Professional and commercial chainsaw use demanding high-output cutting cycles.
- Plunge-cutting and bore-cut techniques in felling operations.
Important Maintenance Note: The Rapid Super (RS) chain requires careful and precise sharpening using correct file sizes and angles to maintain its full-chisel edge geometry. Improper sharpening will degrade cutting performance. Regular inspection of cutter depth gauges is recommended to sustain optimal cutting efficiency.

















































