
In StockSave 24%
Type
gear
Last Seen
May 20, 2026
Kershaw Outlier Karambit Knife 2.6in 8Cr13MoV Black-Oxide BlackWash Blade Gary GFN Handle
Sold byOptics Planet•Posted Apr 27, 2026
Compare prices for Kershaw Outlier Assisted Opening Pocket Knife 2.6" Hawkbill 8Cr13MoV BlackWash Blade Glass Reinforced Nylon (GRN) Handle Black$59.99
$79.19
You save $19.20 (24% off)
Price and stock data refresh continuously from Optics Planet.
Deal Summary
- Currently in stock.
- Category: gear
- UPC: 087171063188
- SKU: 1BE-KN-KK-2064-2064
- Brand: Kershaw
Price History
Deal Details
Kershaw Outlier Karambit Knife 2.6in 8Cr13MoV Black-Oxide BlackWash Blade Gary GFN Handle. The Outlier's steel backspacer includes jimping to fit a variety of grips with or without the ring. A reverse grip for example is easily achieved with the Outlier. The eye-catching blade shape is not only tactical but it's also utilitarian for cutting boxes or rope. For ultra-quick access the flipper or thumb stud can be used with Kershaw's assisted opening mechanism. This tough Kershaw features a BlackWas
Other Offers for This Product
Active offers from your catalog for Kershaw Outlier Assisted Opening Pocket Knife 2.6" Hawkbill 8Cr13MoV BlackWash Blade Glass Reinforced Nylon (GRN) Handle Black.
Comparing 5 retailers carrying this product
Lowest Price: $36.96
Highest Price: $59.99
You Save: $23.03
Avg Discount: 16% off

KERSHAW OUTLIER 2.6 BLACKWASH
KershawBattleHawk ArmorySKU/UPC: 087171063188
$36.96$79.99Save 54%
View at BattleHawk Armory

Kershaw Outlier 2064, Assisted Open Folding Knife, 2.6 in Karambit Blade, Plain Edge, 8Cr13MoV Steel
KershawHinterland OutfittersSKU/UPC: 201978
$43.74
View at Hinterland Outfitters
Kershaw Outlier Assisted Opening Pocket Knife 2.6" Hawkbill 8Cr13MoV BlackWash Blade Glass Reinforced Nylon (GRN) Handle Black
KershawMidwayUSASKU/UPC: 865533
$51.99
View at MidwayUSA
Kershaw Outlier Karambit Knife 2.6in 8Cr13MoV Black-Oxide BlackWash Blade Gary GFN Handle
KershawOptics PlanetSKU/UPC: 1BE-KN-KK-2064-2064
$59.99$79.19Save 24%
View at Optics Planet