Description
β‘ Quick Summary (TL;DR)
The Dual Zone Blaster is a mechanical dart blaster with a double-level detachable spinning target, includes 12 soft darts, and offers an exciting accuracy challenge for kids 4+.
π― What is the Space Shooting Dual Zone Blaster?
From the Space Targets Blasters line, designed for double fun:
- Detachable rotating target with two levels.
- Includes 1 mechanical blaster and 12 darts.
- Improves aiming skills with added challenge.
- Safe and fun for kids ages 4+.
π₯ Key Features
- π Double-level detachable spinning target.
- π― Includes 12 Hyper Blast soft darts.
- β‘ Mechanical blaster, no batteries required.
- π¦π§ Recommended age: 4+.
- π₯ Dual-zone aiming challenges.
π¦ Whatβs in the Box?
βοΈ 1 Hyper Blast mechanical blaster.
βοΈ 1 Dual-level detachable spinning target.
βοΈ 12 Hyper Blast soft darts.
βοΈ Illustrated manual.
π¬ Why Kids Love It
β
Double challenge with two target levels.
β
Safe EVA foam darts.
β
Fun for solo play or group competitions.
β
Great for developing accuracy early.
π Technical Specifications
- Recommended Age: 4+
- Darts Included: 12
- Category: Blasters β Space Targets Blasters
- Package Size (CM): 42 Γ 8.7 Γ 26
- Product Size (CM): 42 Γ 8.7 Γ 26
β FAQ
- Does it need batteries? β Yes, 2ΓAA (not included) for the target.
- Does the blaster need batteries? β No, itβs fully mechanical.
- What makes it unique? β Its detachable dual-level rotating target.
β¨ Hyper Blast Space Shooting Dual Zone β Blaster + dual rotating target for epic aim challenges. π―π
β Great for developing accuracy early.
π Technical Specifications
- Recommended Age: 4+
- Darts Included: 12
- Category: Blasters β Space Targets Blasters
- Package Size (CM): 42 Γ 8.7 Γ 26
- Product Size (CM): 42 Γ 8.7 Γ 26
β FAQ
- Does it need batteries? β Yes, 2ΓAA (not included) for the target.
- Does the blaster need batteries? β No, itβs fully mechanical.
- What makes it unique? β Its detachable dual-level rotating target.
β¨ Hyper Blast Space Shooting Dual Zone β Blaster + dual rotating target for epic aim challenges. π―π




