Ciężki karabin maszynowy CANiK M2 QCB 50BMG - fde

Tripod jest dodatkiem opcjonalnym

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Waga (bez tripoda): 38.5 kg

Długość karabinu: 1665mm

Długość lufy: 1145mm

Żywotność lufy: 25tys strzałów

Maksymalna efektywna odległość strzału: 1830m

Maksymalna odległość strzału: 6800m

 

 

CANiK M2 QCB

One of the most combat-proven heavy machine guns in the world is now available with the added touch of CANiK state-of-the-art technology. CANiK engineers have redesigned and developed a .50 cal. heavy machine gun which was inspired by the famous Browning M2 which was built in 1919. M2 QCB (Quick Change Barrel) is the latest addition to CANiK's arsenal of superior firearms. CANiK M2 incorporates many improvements over this venerable .50 cal. heavy machine gun which has been widely used on armored and light vehicles, naval vessel as well as by infantry on a tripod mount in anti-vehicle, and anti-personal roles.

Drawing upon its know-how in designing and producing exceptionally durable and accurate handguns, CANiK has achieved to double the life span of the firing pin on the M2 and to develop the most accurate barrel with the longest life span on the market. Another prominent improvement is the ability to mount a wide range of optics and illumination tools on the machine gun.

All in all, CANiK M2 QCB is a tested and proven design adapted to contemporary and future battlefield demands.


TRAINING :

As CANiK we do not contend with manufacturing superior firearms. We also strive to provide you the best training both in theory and practice for you to make the most of your gun and practice your profession the best way possible. At CANiKAcademy we offer different training programs whose contents are carefully designed to cover different specific demands.


INTEGRATION SOLUTION CAPABILITIES :

  • Embedded software and electronic board design
  • Designing and building test equipment and simulators
  • System design and production
  • Data collection system design and application
  • Mechatronic system design and manufacturing
  • Robotic and control systems design and application
  • On the move antenna control system development
  • 6 axes platform design and control