What is the primary method used to reduce accidental detonations during transport?

The primary method used to reduce accidental detonations during transport is the use of shock-absorbing materials. These materials are designed to absorb and dissipate energy that could otherwise lead to a detonation due to impacts or vibrations. By integrating shock-absorbing features into packaging or transport vehicles, the risk of explosive materials being subjected to sudden shocks that could trigger an explosion is significantly minimized.

Employing this method is crucial because explosives can be highly sensitive to mechanical shock. When properly protected with these materials, the likelihood of accidental detonation during transport greatly decreases, ensuring a safer handling and shipping process.

While storing explosives in wooden crates may provide some level of protection, it does not inherently offer the same degree of impact resistance that shock-absorbing materials can provide. Transporting at high speeds is generally discouraged as it increases the risk of accidents and reduces the ability to control the vehicle in case of an emergency. Using standard shipping containers also doesn’t inherently mitigate shock impacts; it's the properties of the materials used for cushioning movement within those containers that serve to protect against accidental detonations.