When it comes to training one of the largest and most advanced armies the world has ever seen, there is quite a bit of wasted ammunition.


The U.S. Army could soon be planting entire forests just by hitting the range.

Now, the U.S. Department of Defense is looking for an opportunity to eliminate some of that massive amount of waste, while simultaneously doing some proactive for the environment.  This is where the seed-laced bullets come into play.

“The U.S. Army gets through a lot of ammunition thanks to the amount of training it carries out. But that ammunition doesn’t come without waste which slowly degrades over hundreds of years polluting whatever ground (and nearby water sources) it happens to fall upon.

“So the Department of Defense (DoD) decided to do something about it, and is requesting environmentally friendly ammunition for use during training exercises.

“The request was made via the Small Business Innovation Research (SBIR) program. Specifically, the DoD wants ‘biodegradable training ammunition loaded with specialized seeds to grow environmentally beneficial plants that eliminate ammunition debris and contaminants.’

“The ammunition the DoD wants to replace with biodegradable alternatives includes ‘low velocity 40mm grenades; 60mm, 81mm, and 120mm mortars; shoulder launched munitions; 120mm tank rounds; and 155mm artillery rounds.” There’s also cartridge cases and sabot petals, which can either lay on the ground or end up buried beneath it.

“Sourcing the seeds for use in this new ammunition won’t be a problem as the U.S. Army Corps of Engineers’ Cold Regions Research and Engineering Laboratory (CRREL) already bioengineered them so as not to germinate for several months, allowing time for the materials containing them to sufficiently biodegrade. The seeds can then take up any remaining contaminants as they grow, further reducing harm to the environment.”

While these rounds will be developed for military training first and foremost, they could also see some practical use in the consumer market as well.

You can read more here.