HK 417
- Firing pin safety (drop test as per NATO AC225/D14)
- Capable of withstanding barrel obstructions as per NATO AC225/D14 (steel core, soft core and tracer ammunition)
- The weapon can be set to safety in any loading state.
- Over-the-beach (OTB) capability
- Extended barrel nut and double handguard mount for a snug-fitting and stable receiver connection of the handguard without play. Prevents zero shifting of tactical sighting accessories
- Extended castle nut prevents stress fractures of the buffer tube
- Low sighting line to reduce exposure in protected position
- NATO STANAG 4694 Picatinny rail for mounting sights and sighting accessories
- M-LOK or HKey QD handguard option
- Day/night combat capability (image intensifier/thermal imaging)
- Two-stage tool-free gas adjustment for the use of silencers
- HK precision barrel made of cold hammer-forged and hard chrome-plated special steel
- 40 mm grenade launcher interface
- Assault rifle in DMR quality
- Assault rifle of numerous special forces of NATO/NATO partners
Specifications
Caliber
7.62 mm x 51 NATO
Magazine Capacity
10/20 Rd
Rate of Fire
600 Rd/min
Modes of Fire
Semi-Auto/ Full-Auto
Muzzle Velocity
730 m/s
Muzzle Energy
2540 J
Max Length
904 mm
Width
78 mm
Magazine Weight
150 g
Weapon Weight
4.22 kg
Barrel Length
13", 16.5", 20"
Height
213 mm
Chassis
The HK417 utilizes a robust aluminum receiver system with a free-floating barrel and modular rail interface, providing a stable and adaptable platform for optics and mission-specific accessories.
Operation
It operates using a short-stroke gas piston system with a rotating bolt, designed to enhance reliability and reduce fouling within the receiver during sustained use.
Bolt Carrier Group
A robust bolt carrier group engineered for the HK417’s piston-driven system, delivering reliable cycling, enhanced durability, and consistent performance with higher-caliber loads.
Maintenance
Maintenance involves safely clearing the rifle, and cleaning and lubricating the bolt carrier group, barrel, and gas system to maintain reliable performance.