“Not yet approved of IC Usage” (This must be here until submission is approved Kev! - ShotJon)
Designer: Micah Davis
Manufacturer: NAM
(Suggested) Price: 750ks.
Spare Components:
Magazine: 30ks.
Barrel: 75ks.
Name: NAM M-5 PDW
Type: Projectile
Model: M-5
Role: Second Line Service Weapon .
Layout: Bullpup
Length:
710 mm. Barrel: 450 mm
Weight:
4.30 kg loaded
Projection/ammo type: Solid
Firing Mechanism: Electronic
Caliber: 9x39mm
Effective Range: 500 meters
Maximum Range: around 750 meters
Minimum Range: none
Muzzle Velocity: 940 m/s
Muzzle Blast: Light.
Rate of Fire: 800 rounds per minute.
Firing Mode(s): Semi automatic, three round burst, fully automatic.
Recoil: Medium recoil.
Name: 9x39mm L1 and 9x39mm L2.
General Description:
L1: All lead boat tail bullet. Anti-Personnel round.
L2: 7.62mm lead bullet with a tungsten core. L1 cartridge necked down to 7.62mm. Armor piercing round.
Ammo: 30 round box magazine.
Safety: Grip safety as well as manual safety incorporated into fire selector.
Fire mode selector: Four position fire selector: Safe, Semi, 3, Auto.
Weapon Sight: Iron sights.
Attachment Hard points: None
Clear and safe weapon.
Remove magazine.
Open top of receiver.
Remove spring.
Remove gas tube.
Remove barrel.
Clean cleaned removed components.
Replace components.
Replace magazine.
Prior to YE 30, the SMDIM did not have a weapon for second line forces. As these forces, due to the nature of their jobs, do not usually operate with powered armor, standard issue weapons are problematic to adapt. Side arms are largely ineffective against combatants in even unpowered armor, and as such the lighter weapons in the NAM arsenal were likewise ineffective.
In light of this, a new weapon entered development, a short bullpup with a powerful nine-millimeter round. An additional model of round, the L2, was developed midway through the design phase, using the same propellant charge but a much smaller bullet for improved armor penetration.
The weapon has been through five different models in design, hence the current designation Experimental Model 5. It is in final development and is about to be begin the first phase of issue.