Dynamic Projectile Launcher 2 – Unleash the Power of Dynamics

Welcome to the world of dynamic experiments with our Dynamic Projectile Launcher 2. This versatile tool serves as a launcher for consecutive projectile launches with consistent force, making it an ideal choice for dynamics experiments involving a track. Explore its key features and dimensions as we delve into the exciting realm of hands-on physics education.

Key Features of the Dynamic Projectile Launcher 2:

• Consecutive Launches: The Launcher Unit is designed for consecutive launches, allowing students to observe and analyze the consistent force applied to projectiles. This feature is essential for in-depth dynamics experiments.
• Adjustable Launch Speeds: Featuring a long pin with three striations, this unit offers precise adjustment and setting of different launch speeds. Students can explore how varying speeds impact the trajectory of projectiles.
• Effortless Trigger Mechanism: Equipped with a tension spring and an easily-triggerable trigger cylinder, this unit simplifies the process of tensioning the spring. A convenient finger grip ensures safe and straightforward operation.
• Secure Fastening: The unit can be securely fastened to a special aluminum rail profile, providing stability during experiments and ensuring accurate results.

Dimensions:

• Unit Dimensions: The Projectile Launcher Unit measures 240 x 60 x 50 mm, providing a sturdy and functional platform for dynamic experiments.

Our Projectile Launcher Unit empowers students to explore the fascinating world of dynamics through consecutive launches with consistent force. With adjustable launch speeds, an effortless trigger mechanism, and secure fastening options, it’s an indispensable tool for hands-on physics education. May be used as launcher allowing consecutive launching with the same force, for dynamics experiments involving a track;
Long pin with 3 striations for adjusting and setting different speeds of launching, with tension spring, easily triggerable trigger cylinder
as well as a finger grip for tensioning the spring; may be fastened to special aluminium rail profile; Dimensions: 240 x 60 x 50 mm

Notes:

• This unit is intended for educational purposes and is designed to enhance the understanding of dynamics principles.
• Safety precautions and guidelines should be followed when conducting experiments with this equipment.