Sinkevich Custom Koordinal Clone Titanium Framelock Flipper Knife - Another awesome design cloned!

Guess the Chinese makers really love Dmitri Sinkevich's designs.

Otherwise it will be hard to explain so many of his models being cloned lately with the best materials, including milled titanium, carbon fiber and M390 steel.

Ok, maybe not so hard to explain - everybody likes Sinkevich's designs.

He has made a long way from Belarus to the peak of knifemaking with the ZT collaboration.

Now there are 4 versions of clones of the design (all come without the logo):

1. The most premium version is the Vespa CF+Ti+M390, it is also the most expensive one.

2. Vespa Ti+M390 version, also has 3 row ceramic bearings.

3. Green Thorn Ti+D2 version - 4 color options and double row ceramic bearings.

4. Monkey G10+Steel linerlock version - the budget friendly version with steel bearings and 6 color options.

Vespa+Monkey models can be found here (Vespa Store): Vespa Sinkevich Custom Koordinal Clones

Green Thorn version here (Feng Store): Green Thorn Sinkevich Custom Koordinal Clone
Geniune Knives with Sinkevich's design sold here: Sinkevich designed knives

Green Thorn Shirogorov F95 Flipper Knife

Green Thorn, a rising star in the Chinese knife manufacturing scene, have now made one of the best knife designs - Shirogorov F95 Flipper, in 3 different versions: clean, with orange G10 insert and with the beloved T pattern.

The new model is made with double row ceramic bearings and milling in the titanium to reduce weight - which makes it one of the best value knives on the market today.

Can be found here(Ссылки): Green Thorn F95 Flipper

Specifications:

Overall length: 223 mm

Blade length: 95 mm

Handle length: 128 mm

Blade thickness: 4mm

Blade width: 28 mm

Blade Finish: HighTech Stone wash

System: Ceramic ball bearings double row

Hardness: 59-60 HRC

Net weight: (A1 approximately 118 g), (B2 approximately 147g), (C3 approximately 113g)

Blade material: D2 (100% real D2, can be tested)

Handle Material: TC4 Titanium, CNC cutting, molding process, to reduce weight.