Benchmade 62 Balisong Butterfly Knife 4.25" Weehawk Plain Blade, Stainless Steel Handles
BM62: 62 Bali-Song, Stainless Steel Handles with T-Latch
The best is born of history and tradition or as is the case with the Benchmade 62 Bali-Song, reborn. For us, the best began with the Bali-Song, the butterfly knife awesome in its simplicity, the ultimate example of form following function. And now we retrace those steps with the Model 62 with its numerous appreciable improvements. For starters, the Wee-hawk style blade is secured to the handles with screw-head pivot-pins, making the possibility of changing out blades a reality, and the pins are heat-treated and larger than previous ones. The handle latch uses a torx-head pivot-pin attachment as well, so it may be removed if preferred. Another nice feature is the skeletonized cast stainless steel handles which are very tough and weighted for better balance. The handles feature a T-latch lock with more pronounced contour for improved grip. As for the blade itself, we've extended the false edge farther back up the blade as was done on the traditional Wee-hawk designs. So if you're already a Bali-Song fan from way back, you'll definitely be pleased with the Model 62. Or if you're just looking for the ultimate in basic form and simple function-this is it.
- Practical Weehawk Blade Shape
- Skeletonized Stainless Steel Handles
- T-Latch for Easy Open
- Unparalleled Benchmade Fit and Finish
- Blade Length: 4.25" (10.8 cm)
- Blade Thickness: 0.127" (3.17 mm)
- Blade Material: D2 Tool Steel
- Blade Hardness: 60-62HRC
- Blade Style: 62 Weehawk
- Weight: 6.39 oz. (181.15 g)
- Lock Mechanism: T-Latch
- Overall Length: 9.20" (23.4 cm)
- Closed Length: 5.27" (13.4 cm)
- Sheath Material: Nylon
- Made in the USA
UPC Code: 610953140038
Durable, flexible, abrasion and mildew resistant, Nylon also is very strong
Stainless Steel knife handles provide strength and durability and look and feel great.
This product is USA born and raised.
This is a high carbon steel that is appropriate for use in hostile environments and is known for edge retention.