In StockSave 12%
Type
gear
Last Seen
May 20, 2026
Cold Steel Secret Edge Spear Point Fixed Knife, 3.5", Black - 11SDT
Sold byPalmetto State Armory•Posted May 18, 2026
Compare prices for Cold Steel Secret Edge Fixed Blade Knife 3.5" Spear Point AUS-8 Satin Blade G-10 Handle Black$26.49
$29.99
You save $3.50 (12% off)
Price and stock data refresh continuously from Palmetto State Armory.
Deal Summary
- Currently in stock.
- Category: gear
- UPC: 705442009986
- SKU: 776944
- Brand: Cold Steel
Price History
Deal Details
Thin, light, and flat, our Secret Edge is suitable for anyone in the market for an unobtrusive, yet highly effective neck knife. Unlike its heavier, bulkier rivals, the Secret Edge virtually disappears under clothing and, at 3.2 oz (with sheath!) it's easy to wear all day. Inspired by the Scottish Skean Dhu, but with modern materials, performance and appearance, the Secret Edge has a flat ground Japanese AUS 8A blade that's wide at the base for cutting power and narrow at the tip to assure effor
Other Offers for This Product
Active offers from your catalog for Cold Steel Secret Edge Fixed Blade Knife 3.5" Spear Point AUS-8 Satin Blade G-10 Handle Black.
Comparing 5 retailers carrying this product
Lowest Price: $21.33
Highest Price: $36.39
You Save: $15.06
Avg Discount: 18% off
Cold Steel 11SDT Secret Edge 3.50 Spear Point Plain AUS 8A Steel G10 Black Griv-Ex Handle Fixed
Cold SteelBattleHawk ArmorySKU/UPC: 705442009986
$21.33$44.99Save 53%
View at BattleHawk Armory
COLD STEEL Secret Edge 3 1/2" Blade 2.5mm AUS 8A Steel
Cold SteelKYGUNCOSKU/UPC: CLD-11SDT
$23.38
View at KYGUNCOCold Steel Secret Edge Spear Point Fixed Knife, 3.5", Black - 11SDT
Cold SteelPalmetto State ArmorySKU/UPC: 776944
$26.49$29.99Save 12%
View at Palmetto State Armory
Cold Steel Secret Edge Fixed Blade Knife 3.5" Spear Point AUS-8 Satin Blade G-10 Handle Black
Cold SteelMidwayUSASKU/UPC: 116864
$28.99
View at MidwayUSA
Cold Steel Secret Edge Neck Knife 6.5 in
Cold SteelOptics PlanetSKU/UPC: 24-KN1-CS-11SDT
$36.39$47.99Save 24%
View at Optics Planet