Steeldart Winmau Sniper 1493 (1008) - 22g

Designed using the latest 3D modeling technology, the Winmau Sniper steel darts offer a striking and unique barrel design.

These darts offer high grip and control, allowing perfect stability in flight. Made from 90% Tungsten, they are designed to a professional level.

Features:

• Modern design: Accurate 3D modeling and unique barrel designs.
• Excellent performance: 90% Tungsten for high density and durability.
• Precision cutting: Dual groove handle for total control.

Characteristics:

• Material: 90% tungsten
• Total weight: 22 grams
• Barrel design: Special profile
• Shafts: Prism Force Shafts (Medium)
• Flights: Prism Alpha Standard Flights (extra thick)
• Thread: 2BA
• Grip zone: Complete
• Handle type: Dual groove grip, grip level 3 (1 = smooth, 5 = aggressive)
• Surface finish: Polished

Technical data:

Characteristic	Description
brand	Winmau
Model	Sniper - 1493
Total weight	22g
material	90% tungsten
Barrel diameter	5.2 - 7.0mm
Barrel length	50.8mm
Shafts	Prism Force Shafts (Medium)
Flights	Prism Alpha Standard Flights (extra thick)
thread	2BA
Grip type	Dual groove handle
Grip level	3 (1 = smooth, 5 = aggressive)
Surface finish	Polished

Conclusion:

The steel darts Winmau Sniper - 1493 are ideal for ambitious players who value modern design and high performance. With their unique barrel design and high quality components, they offer outstanding performance and casting feel.

Scope of delivery and material:

3 x steel darts - Winmau - Sniper - 1493

• Weight: 22g
• Barrel is made of 90% tungsten
• Barrel diameter: 5.2 - 7.0 mm
• Barrel Length: 50.8mm
• Prism Alpha Standard Flights (extra thick)
• Prism Force Shafts (Medium)
• Thread: 2BA

Danger! Not suitable for children under 3 years. Danger of suffocation due to small parts that can be swallowed.
Danger! Not to be used in traffic.
Danger! Use under the direct supervision of an adult
Danger! For domestic use only.
Danger! Proper assembly required. Incorrect assembly can lead to a hazard - follow assembly instructions.