Battle Damage: Testing the Limits of Durability
Summary
In this article, we will be discussing the extreme durability tests conducted by Battle Damage. We will cover the three basic tests, including dropping an object from a normal and high height, as well as a random act of destruction.
Table of Contents
- The Three Basic Tests
- Dropping an Object from a Normal Height
- Dropping an Object from a High Height
- Random Act of Destruction
- Conclusion
The Three Basic Tests
At Battle Damage, we believe in pushing the limits of durability. Our team of experts has developed three basic tests to assess the strength of various objects. These tests include dropping an object from a normal height, dropping an object from a high height, and a random act of destruction.
Dropping an Object from a Normal Height
During this test, we drop an object from a height that is considered normal for everyday use. We use our hand-built 360-degree camera rig to capture every moment in slow motion. This allows us to analyze the impact and damage caused by the drop.
Dropping an Object from a High Height
In this test, we take things to the next level by dropping an object from a height that is considered extreme. Once again, we use our 360-degree camera rig to capture the action in slow motion. This test is designed to push the limits of durability and see how much damage an object can withstand.
Random Act of Destruction
The final test is a random act of destruction. This test is designed to simulate unexpected events that can occur in real life. We create a scenario where an object is subjected to a sudden and extreme force. This could include being hit by a car or dropped from a great height.
Conclusion
At Battle Damage, we believe in pushing the limits of durability to help consumers make informed decisions about the products they buy. Our three basic tests, including dropping an object from a normal and high height, as well as a random act of destruction, allow us to assess the strength and durability of various objects. By using our hand-built 360-degree camera rig, we can capture every moment in slow motion and analyze the impact and damage caused by each test.
