How Long it takes for Arrows to fall back down?

Published on August 24, 2019
Duration: 14:16

This guide details an experiment to measure the vertical flight time of arrows shot from different bow types, as demonstrated by Edwin Sarkissian. It covers the setup, equipment, and recording process, highlighting how arrow velocity impacts flight duration. The experiment emphasizes safety and the use of specialized whistling arrow tips for better tracking.

Quick Summary

The vertical flight time of an arrow shot upwards depends heavily on its initial velocity (FPS). A PSE Heritage recurve (100 FPS) took 8.5 seconds, a PSE Stinger compound (350 FPS) took 12 seconds, and a TenPoint Nitro XRT crossbow (470 FPS) achieved an 18.5-second flight time, demonstrating the impact of speed on altitude and duration.

Chapters

  1. 00:00Experiment Introduction
  2. 00:40Whistling Arrow Tips
  3. 03:08Recurve Bow Test
  4. 05:21Compound Bow Test
  5. 06:27Crossbow Test
  6. 11:15Auditory Demonstration

Frequently Asked Questions

How long does it take for an arrow shot vertically to fall back down?

The time it takes for an arrow shot vertically to fall back down depends on the bow's power and arrow velocity. A PSE Heritage recurve (100 FPS) took 8.5 seconds, a PSE Stinger compound (350 FPS) took 12 seconds, and a TenPoint Nitro XRT crossbow (470 FPS) took 18.5 seconds.

What factors influence the vertical flight time of an arrow?

The primary factor influencing an arrow's vertical flight time is its initial velocity (FPS). Higher velocity allows the arrow to reach a greater altitude before gravity pulls it back down, thus increasing the total time it remains airborne.

Why use whistling arrow tips for vertical shooting?

Whistling arrow tips are used in vertical shooting experiments to provide an auditory cue. This sound helps track the arrow's flight path and descent, making it easier to accurately determine when it has returned to the ground.

Which type of bow results in the longest vertical arrow flight time?

High-speed crossbows, like the TenPoint Nitro XRT tested at 470 FPS, achieve the longest vertical arrow flight times due to their significantly higher projectile velocity compared to compound or recurve bows.

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