Springfield Armory Echelon Comp 9mm | 4.5″ | EC9459BLC-U-COMP
MSRP: $784.00
Your Price: $670.00
The Springfield Armory Echelon Comp is a 9mm optic-ready striker-fired pistol with a ported 4.5″ hammer-forged barrel and integral compensator. Ships with two 10-round magazines and a tritium front sight.
The Springfield Armory Echelon Comp is an optic-ready, striker-fired 9mm pistol built around a robust stainless chassis with a ported, hammer-forged 4.5″ barrel and an integral compensator to reduce muzzle rise. Manufacturer materials describe a Variable Interface System for compatible red dot mounts and interchangeability to fit a broad range of shooters. For a compact, reliable sighting solution under $1,000, the Holosun 507K pairs well with the Echelon’s footprint and profile.
Applications: competition-style pistol matches and precision range work are well suited to this platform due to its compensator and optic-ready slide.
Product Specifications
- The manufacturer is Springfield Armory.
- The model and MFG number are Echelon Comp (EC9459BLC-U-COMP).
- The UPC is 706397982447.
- The cartridge is 9mm.
- The barrel measures 4.5 inches and is ported.
- The barrel twist rate is 1-in-10.
- The barrel is hammer-forged steel with a Melonite finish.
- The slide is billet machined with a Melonite finish and an integral compensator.
- The frame is black polymer.
- The pistol ships with (2) 10‑round magazines.
- The sights are tritium front and Tactical Rack U-Dot rear.
- The action is semi-auto.
- The optic footprint is DOCTER / VIS Optic Mounting System.
- The recoil system is captive.
- The overall length is 8 inches.
The Echelon Comp balances a full-size feel with features aimed at improving follow-up shot control: a ported hammer-forged barrel, an integral compensator and an optics-ready slide give the platform flexibility for competitive and precision target use. Its polymer frame and interchangeable backstraps accommodate a range of hand sizes while the included pair of 10-round magazines make it suitable for jurisdictions requiring reduced capacity.
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