Chiappa 1892 Wildlands Takedown | .357 Mag | 16.5″ | 920.425
MSRP: $1,837.04
Your Price: $1,142.00
CHIAPPA 1892 WILDLAND TD 357 16.5 BK
The Chiappa Firearms 1892 Wildlands is a compact takedown lever-action rifle built for field portability and fast handling in close-range environments. It ships configured for .357 Magnum and features a 16.5″ octagonal/round barrel with a threaded muzzle for accessory attachment. The rifle’s laminate textured stock and Skinner-style peep rear sight emphasize utility and repeatable sighting in varied conditions. For an optic that pairs well without exceeding typical premium budgets, consider the Vortex Strike Eagle 1-6×24 for close-to-mid-range versatility.
Product Specifications
- The caliber is .357 Magnum.
- The barrel measures 16.5 inches and uses an octagonal/round profile.
- The action is a lever action design.
- The listed capacity is 5 rounds and it feeds from a magazine tube.
- The barrel is threaded 5/8×24 for compatible muzzle devices.
- The front sight is a fixed fiber optic type and the rear is a Skinner peep with Picatinny rail.
- The stock and forend are black textured laminate.
- The finish is described as matte blued on receiver and barrel.
- The rifle includes a takedown feature for transport and storage.
- The trigger system is listed as a single stage trigger.
- The safety is a hammer half-cock position.
- Extraction is handled by an ejector.
- The ATF model designation is 1892 and the marketed model name is 1892 Wildlands.
- The country of origin is IT (Italy).
- The UPC is 8053800943871.
The 1892 Wildlands takedown is built for shooters who need a reliable, easy-to-pack lever rifle for short-to-moderate range field work. Its combination of a threaded short barrel, textured laminate stock, and peep-style rear sight make it suitable for brush-country hunting and general recreational shooting where quick handling and portability matter. The takedown capability reduces carried footprint without adding complexity, and the rifle’s control layout favors straightforward operation in active environments.
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