Overhand Throw with Pinch Grip

The overhand throw represents the primary historical technique used by ninja and samurai. The thrower grips the shuriken on one of its edges—lower for larger implements, closer to center for smaller ones—then pulls the arm back and releases naturally toward the target. The motion parallels knife throwing mechanics, requiring smooth release without excessive edge pressure to achieve accurate target contact.

Grip Consistency and Target Selection

The same pinch grip is maintained across all throwing variations. Soft targets are recommended for beginners, though quality implements with properly designed edges will penetrate harder materials like oak. Penetration depth varies significantly based on both shuriken size and target material composition.

Sidearm Throw Technique

The sidearm throw executes similarly to a frisbee motion, with the arm pulled laterally before release. This technique proves effective for reaching targets obscured by obstacles such as walls or doorways. While functional, it remains secondary to the overhand method in practical application.

Backhand Throw in Retreat

The backhand throw employs identical grip mechanics while releasing the implement behind the body. This technique facilitates throwing while fleeing from adversaries, allowing the thrower to maintain forward momentum.

Underhand Throw with Wrist Action

The underhand throw positions the grip slightly toward the implement's center and requires pulling the arm backward before executing a whipping motion forward. Greater arm extension increases force generation and control, allowing acceleration through the release point.

Multiple Projectile Sequential Release

No-reload technique combines any previously described throwing angle with successive releases from both hands. Beginners should practice with two implements only, as the sharp points present injury hazard. Advanced practitioners may hold multiple projectiles simultaneously, selecting combinations based on tactical requirements.

5 WAYS to Throw NINJA Star (Shuriken Tutorial)

Adam Celadin
2 min read·6 key moments·PT9M47S video

Key Takeaways

  • Overhand Throw with Pinch Grip
  • Grip Consistency and Target Selection
  • Sidearm Throw Technique
  • Backhand Throw in Retreat

5 WAYS to Throw NINJA Star (Shuriken Tutorial) In this video i am going to show you 5 ways how to throw a Ninja Star also known as Hira-Shuriken. Enjoy Join this channel to get access to perks: https://www.youtube.com/channel/UCZOhMveylz2eyjIdG6SehJg/join AceJet Uni Shuriken 9": https://www.acejetofficial.com/uni-9-set AceJet Uni Shuriken 10": https://www.acejetofficial.com/uni-10-set Choose a throwing star here: https://www.acejetofficial.com/shurikens -Visit me on Facebook: https://www.facebook.com/Celadon007/?pnref=story -Add me on Instagram: https://www.instagram.com/p/BRBDDKqA1nq/ -Add me on Twitter: https://twitter.com/CeladinAdam - Check My Website: http://www.adamceladin.com -If you want Learn How To be Better Knife thrower check my tutorials:https://www.youtube.com/playlist?list=PLKx9PrZOYRT4b_PwA5t75mwWaINlJX4jT -Dont forget share,like,comment or subscribe if you new to my channel! Thank you everyone for Awesome support, I really appreciated :) #ninja #tips #skills

Related Techniques

Frequently Asked Questions

What does this video teach about hira-shuriken — star?

This video covers overhand throw with pinch grip, grip consistency and target selection, sidearm throw technique. It provides detailed instruction from Adam Celadin.

How long does it take to learn hira-shuriken — star?

The basic mechanics can be understood in a single session, but developing reliable execution requires consistent drilling over weeks of practice. This 6-part breakdown helps structure your training by isolating each phase of the technique.

What are the key details for finishing hira-shuriken — star?

The underhand throw positions the grip slightly toward the implement's center and requires pulling the arm backward before executing a whipping motion forward. Greater arm extension increases force generation and control, allowing acceleration through the release point.