My guess is wofty is 447kg

I feel this just means we need Part 2, but on harder ground.

It would be funny if someone made a documentary about these mysterious craters and how they may have been formed.

Would've been cool to try in on a harder surface as well.

Can't imagine what production costs are for you guys. Always doing the most ridiculous things ;D

Never ceases to amaze me that a group of men have made a successful YouTube channel and career from simply dropping all sorts of random objects from different heights and just having fun every day. Truly living the dream!

Deformation costs a crapload of energy so it was to be expected that it would drop as soon as it started shedding. That's partially the reason it doesn't scale linearly already on regular bounces but those rubber bands flying off of it had a lot of energy in them that wasn't directed upwards anymore. Another reason could be terminal velocity approaching at some point making sure going higher no longer makes the ball hit harder because all off that juicy energy goes into air displacement.

In a year or two, we are going to get a video titled "GIANT Tungsten Rod DROP From SPACE! World Record Explosion?"

Watching the slow mo playback was fascinating! Good job guys.

That was fun. I hope you picked up all the debris from the field.

this looks so fun! but also like a huge cleanup job •́⁠ ⁠ ⁠‿⁠ ⁠,⁠•̀

Rex has been through alot how ridiculous guys and fans, let's give a individual moment of silence then a like... subscribe if you haven't already and hit that post notification button ayeee.

Inspirational. It would be 😮 to measure the seismic activity and waves in the ground at each different height. And how far down in the earth the impact can be felt.

For those who don't want to wait for what happens. The ball bounces

Kinetic energy at its best. The ground is absorbing a big chunk of that energy. I’d like to see that bouncing out of a think re-enforced concrete slab.

I live in the Upper Peninsula of Michigan, USA. And I have to say, the farmer… has my heart. Just sounds like the conversation around here. Simple man, simple advice. Awesome.

Archaeologists 2000 years later:

Biggest rubber bands I’ve ever seen! I thought you were going to drop from a greater height!

14:40

Lots of fun guys, my thoughts are if you would’ve dropped it on a harder surface, eg. concrete, you might get an even bigger bounce?