Vz.58 (metal body) - ARES

Weapon name: Vz.58
Manufacturer: ARES
Manufacturer's designation: Vz.58
Measured muzzle velocity [FPS]: up to 417
Measured muzzle velocity [m/s]: up to 127
Drive: Electric gun
Gearbox version: ATYP (VZ.58)
Hop-Up: YES - adjustable
Hop-up chamber: plastic one-piece
Type shooting: single – car
Made of: metal (barrel, body, accessories, stock), ABS (stock, handguard)
Gears: METAL with magnet on piston wheel (must be transferred to new wheels when upgrading)
Piston: polycarbonate – full teeth – full METAL comb
Mandrel version: metal - plastic - without bearings – ATYP (similar to version III.)
Bearings: 9mm - metal - ball (on the motor wheel) - sliding (on the piston and center wheel)
Head piston: counter-pressure - plastic - without bearings
Train head: ATYP – VZ.58 and the feeder arm is ATYP VZ.58
Cylinder: metal – solid
Motorcycle type: short - normal
Connector type on battery: small
Recommended batteryy: Mini Type – 11.1V - Li-pol
Location of battery in the weapon: handguard
Length guns [mm]: 650 - 860
Barrel length [mm]: 400
Weight [g]: 3150
Magazine type: push - metal
Capacity magazine [balls]: 160
Blow Back: NO
Upgrade data: nozzle is 49.1mm and is plastic

As a gift, the following are included: unfortunately ARES gives nothing
Note: Speeds, energies, shot counts were measured with BLS 0.20g BBs. Everything was measured in our service center.

• The Vz.58 is manufactured based on the drawings of the live version, which guarantees the authenticity of airsoft guns.
• The Vz.58 is manufactured by ARES under license from Czech Small Arms s.r.o.
• Use battery 11.1V for VZ-58-L and 7.4V for VZ-58-S
• battery dimensions: 105x20x18mm 11.1V http://www.armymarket.cz/battery-li-pol-11-1v-1000mah-nano-tech-20-40c-turnigy-d6765
• suitable charger for LIPOL battery http://www.armymarket.cz/network-charger-with-balancer-for-li-pol-7-4v-11-1v-charging-current-3x800ma-hk-d6766
• The weapon is made for a 11.1V 1100mAh battery (battery and charger are not included)
• Integrated control unit similar to EFCS