Ranger RD9 Survival Knife: High Country Chopper

Published on November 12, 2009
Duration: 27:42

The Ontario Ranger RD9 is a capable large survival knife, excelling in chopping and wood splitting due to its 1/4-inch thickness. However, its handle ergonomics are criticized as cramped for large hands, and the stock sheath's retention is deemed unreliable. Field testing revealed unexpected chipping in the 5160 steel, potentially an anomaly, but a point of concern for durability.

Quick Summary

The Ontario Ranger RD9 is a robust survival knife with a 9.5-inch 5160 steel blade, ideal for chopping and wood splitting due to its 1/4-inch thickness. While durable, field tests showed potential chipping. Criticisms include a cramped handle and a stock sheath with unreliable retention.

Chapters

  1. 00:00Field Testing and Chopping Performance
  2. 03:53Philosophy of Use and Loadout Integration
  3. 08:27Comparative Analysis with Mid-Size Blades
  4. 11:17Technical Specifications and Steel Performance
  5. 14:41Handle Ergonomics and Sheath Review

Frequently Asked Questions

What are the key technical specifications of the Ontario Ranger RD9?

The Ranger RD9 features a 9.5-inch blade made of 5160 tool steel with a full flat grind, an overall length of 15.25 inches, and a blade thickness of 0.25 inches. It weighs 23 oz with its sheath and has a Micarta handle.

How does the Ranger RD9 perform in wood processing tasks?

The RD9 excels at chopping and splitting wood due to its substantial 1/4-inch blade thickness, providing a good wedge effect. However, the handle length may feel short for optimal leverage during very heavy wood processing.

What are the main criticisms of the Ontario Ranger RD9?

Criticisms include a handle that feels cramped for large hands, sharp junctions where the Micarta meets the tang, and a stock sheath with poor retention that can fail, especially in cold conditions.

Is the 5160 steel on the Ranger RD9 durable?

While 5160 steel is generally tough, the video noted unexpected chipping after chopping wood, suggesting a potential heat-treat anomaly rather than a flaw inherent to the steel type.

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