
Springfield Armory Echelon 9mm Luger 5.28" Threaded Barrel 17/20 Rounds Optics Ready
$653.72
$800.80
(You save
$147.08
)
Product Details
The Springfield Armory ECT9459B3D Echelon 9mm Luger is a pinnacle of modern firearm engineering, offering a seamless blend of performance and versatility for both professional and personal use. This striker-fired pistol features a 5.28-inch threaded barrel, crafted from hammer-forged steel and finished with Melonite for enhanced durability and corrosion resistance, making it ideal for mounting a suppressor of your choice. With its optic cut serrated slide, this Echelon model is optics-ready, allowing for quick and easy customization to suit various shooting preferences. The Echelon's ambidextrous design ensures that both right and left-handed shooters can enjoy a comfortable and intuitive handling experience, while the interchangeable backstrap grip provides a tailored fit for any hand size. Equipped with 3-dot tritium sights, this firearm delivers exceptional low-light performance, ensuring accuracy and confidence in any lighting condition. The robust polymer frame, complete with a Picatinny rail, offers a lightweight yet sturdy platform for attaching a wide range of accessories, enhancing the pistol's versatility. The Echelon 9mm boasts a substantial 17-round and 20-round capacity, providing ample firepower for extended shooting sessions without frequent reloading. As a testament to Springfield's commitment to innovation, the Echelon incorporates a patent-pending optics mounting system, setting it apart in the competitive market of duty pistols. With its sleek black finish and a design that prioritizes both form and function, the Springfield Echelon 9mm is not only a reliable choice for self-defense but also a top contender for enthusiasts seeking a comprehensive Echelon pistol review. Whether you're drawn to its advanced features or its ergonomic design, the Springfield Echelon 9mm threaded barrel pistol is engineered to exceed expectations and adapt to a wide array of shooting scenarios.