
In StockSave 11%
Type
accessory
Last Seen
May 19, 2026
Birchwood Casey Silhouette Knock Over Target, Silver Pack of 4
Sold byPalmetto State Armory•Posted May 18, 2026
Compare prices for Birchwood Casey Silhouette Targets Steel 4PK$23.99
$26.99
You save $3.00 (11% off)
Price and stock data refresh continuously from Palmetto State Armory.
Deal Summary
- Currently in stock.
- Category: accessory
- UPC: 888151060308
- SKU: 51655188666
- Brand: Birchwood Casey
Price History
Deal Details
Make target practice both fun and exciting with the Birchwood Casey Texas Star Plinking Target. Constructed from durable 3/8 inches AR500 steel, this target features five 6 inches Dia targets that rotate smoothly on a high-quality bearing system. Designed for versatility, it is rated for use with handguns, rifles and shotguns, offering a dynamic shooting experience for all types of firearms. Easy-to transport and designed for convenient breakdown, this target is perfect for on-the-go practice or
Other Offers for This Product
Active offers from your catalog for Birchwood Casey Silhouette Targets Steel 4PK.
Comparing 5 retailers carrying this product
Lowest Price: $19.27
Highest Price: $30.89
You Save: $11.62
Avg Discount: 16% off

BC SILHOUETTE KNOCK OVER TARGETS 4PACK
Birchwood CaseyBattleHawk ArmorySKU/UPC: 888151060308
$19.27$24.99Save 23%
View at BattleHawk Armory
Birchwood Casey Silhouette Targets Steel 4PK
Birchwood CaseyMidwayUSASKU/UPC: 141920
$20.79$25.99Save 20%
View at MidwayUSA
Birchwood Casey Silhouette Knock Over Targets, 1/4 in Steel Targets, 1/5 Scale, (4) Piece Set, Silver BC-47422
Birchwood CaseyHinterland OutfittersSKU/UPC: 216101
$23.51
View at Hinterland Outfitters
Birchwood Casey Silhouette Knock Over Target, Silver Pack of 4
Birchwood CaseyPalmetto State ArmorySKU/UPC: 51655188666
$23.99$26.99Save 11%
View at Palmetto State Armory
Birchwood Casey Silhouette Knock Over Targets 1/4 in Steel Targets 1/5 Scale 4 Piece Set Silver
Birchwood CaseyOptics PlanetSKU/UPC: JS0-TG1-55B65F98-BC-47422
$30.89$41.99Save 26%
View at Optics Planet