Howa Superlite HCSL308KAC | .308 Win | 20″ Threaded

The Howa Superlite 1500 HCSL308KAC is a reduced short-action bolt rifle built for compact precision and mountain use. It ships with a 20″ threaded steel barrel, a Kryptek Altitude fixed stock, a two-stage match-style trigger and a one-piece Picatinny rail for mounting optics. The design emphasizes a lightweight, compact package suitable for hunting and precision field use where mobility matters. A mid-power variable rifle scope (for example a 3–12x or 3–15x variable optic priced under $1000) is a practical pairing for this platform to balance close-to-mid range versatility and precision.

Product Specifications

• The action is a Bolt Action.
• The caliber is .308 / 7.62 NATO.
• The barrel length is 20″ and is described as steel and threaded.
• The muzzle features an NFA thread pattern of 1/2×28.
• The capacity is listed as 5 + 1.
• The overall length is 39″.
• The stock is a Fixed Kryptek Altitude pattern.
• The stock/grip material is listed as Carbon Fiber Stock Kryptek Altitude Camo Stock.
• The trigger is a Two-Stage match-style unit.
• The safety is a Three-Position safety.
• Sights/mounting include a One Piece Picatinny Rail / Integrated Base.
• The barrel twist rate is 1-in-10″.
• The receiver is Drilled and Tapped for scope mounts.
• The finish is listed as Matte Blue / Black.
• The UPC is 682146878110.

This Superlite 1500 blends a compact short-action footprint with a full-featured parts set: threaded barrel for muzzle device or suppressor compatibility, a match-oriented two-stage trigger, and a rigid one-piece rail for stable optic mounting. The Kryptek Altitude stock keeps the package visually subdued while providing the ergonomics expected from a modern lightweight hunting/field rifle.

Designed for shooters who want a light, compact rifle without sacrificing practical accuracy, this package works well for mountain hunting and precision field work where weight and balance matter. Its features are focused on real-world usability and consistent performance in mobile scenarios.