The Predator 24 Technical Target is a high-density foam archery practice target designed for bowhunters and high-volume shooters who want durability for field point and broadhead practice. The target is built to handle modern high-speed setups while maintaining arrow retention during repeated use.
Measuring approximately 24 inches square and about 9 inches deep, the Predator 24 provides a large shooting surface suitable for backyard practice or range shooting. The foam construction is engineered to resist rapid internal breakdown, helping the target maintain stopping power after extended shooting sessions.
The target is rated to stop arrows traveling up to roughly 450 feet per second, allowing compatibility with most compound bows and crossbows commonly used for hunting practice. The density of the foam is designed to grip arrows on impact, reducing the chance of pass-through shots when the target is used within its performance limits.
A defining feature of the Predator 24 Technical Target is its removable core system. The center 13-inch cube can be replaced once it becomes worn from concentrated shooting. This design extends the overall lifespan of the target because users can replace only the most heavily used impact zone rather than the entire target body.
The Predator 24 is intended for use with both field points and modern hunting broadheads. Field points typically pull smoothly when shots are taken within recommended speed ranges. Broadheads can also be used, though slow and controlled arrow removal is recommended to help preserve foam structure and minimize surface tearing.
Integrated side handles are included to make the target easier to carry and position despite its solid construction. The 24-inch face size provides a forgiving practice area for shooters working on consistency at typical practice distances.
The Predator 24 Technical Target is commonly used by bowhunters and recreational shooters seeking a durable, versatile practice target that balances cost and longevity through its replaceable core system.
