Cobalt Kinetics CK-SPR Elite
Cobalt Kinetics · Rifle · In Production · 2022
Overview
The CK-SPR Elite is the carbon-fiber-barreled flagship of Cobalt Kinetics' Special Purpose Rifle line. It uses a 416R match-grade carbon-fiber-wrapped barrel on a rifle (+1) length gas system, a Geissele Super National Match or Super Dynamic trigger, and the same seven-sided M-LOK semi-monolithic handguard as the standard SPR. Offered with 16", 18", 20", and 22" barrels in 5.56 NATO, 6mm ARC, and 6.5 Grendel.
Specifications
| Barrel Length | 457 mm (17.99") |
| Action Type | Gas Operated Direct Impingement |
| Firing Mechanism | Hammer Fired |
| Trigger Type | Two Stage |
| Magazine Capacity | 30 rounds |
| Magazine Type | Detachable Box |
| Effective Range | 500 m (547 yd) |
| Maximum Range | 3600 m (3937 yd) |
| Barrel Rifling | Right Hand |
| Rifling Twist | 191 mm (7.52") |
| Number of Grooves | 6 |
| Frame Material | Aluminum |
| Barrel Material | Carbon Fiber |
| Stock Material | Polymer |
| Finish | Cerakote |
Calibers
- 5.56x45mm NATO · primary · 5.56mm NATO — also known as 5.56mm NATO, .223 Remington, .223 Wylde, 5.56x45mm
- 6mm ARC — also known as 6mm Advanced Rifle Cartridge, 6 ARC
- 6.5mm Grendel — also known as 6.5 Grendel, 6.5x39mm
Features
- Firing modes: Semi Automatic
- Feed systems: Detachable Box Magazine
- Safety mechanisms: Manual Safety Selector
- Features: Billet Receiver, Free Floating Handguard, M Lok Attachment, Picatinny Rail, Flat Top Receiver, Carbon Fiber Barrel, Match Grade Barrel, Rifle Length Gas System, Sub Moa Capable
Base model
Production
Production years: 2022-present
Origin
Country of origin: United States
Notes
MSRP: $3,475. 416R match-grade carbon-fiber-wrapped barrel, rifle +1 length gas, Geissele Super National Match (2-stage) trigger, RCB 2.0 muzzle device, B5 Systems Bravo stock. Barrel lengths: 16", 18", 20", 22". Sub-MOA capable. 5-8 week lead time. Lifetime warranty.
Background
The Elite trades the standard SPR's steel barrel for a Proof-style carbon-fiber-wrapped match barrel, shedding weight while preserving precision.