PDX-1000 Breaker Style Post Driver RAW - Pounds 9" Railroad Tie in 45 seconds! | Eterra

Raw footage of the All-New Eterra PDX-1000 Breaker Style Post Driver for skid steers and excavators, the newest edition in our original line of breaker style post drivers. Operator's first time running the attachment.
We wanted to get footage of the attachment in action on a real jobsite, so we took it out to a farm in north Bellingham, WA, and put it to work driving 4-6" posts for a couple different fences on the property. We even drove in a 9" railroad tie in under a minute! (RR tie clip starts 1:15).
This driver uses a fully isolated nitrogen powercell to deliver 1000 ft lbs of force to the post, while minimizing vibration to the machine and operator. Other features include 15 degree integrated tilt function for driving posts on uneven terrain and hillsides, and a hardened steel breaker tool to pre-drill post holes in hard, frozen, or rocky soil.
Eterra originated the breaker style post driver back in 2007, and have stayed one step ahead ever since. This is the newest and most advanced design yet, delivering power and efficiency to drive posts faster, and last longer than anything else out there. Ask anyone who's used an Eterra post driver, and they will tell you the same thing. Here's a typical review from our customer, Lance S.:
"I have used the PDX Post pounder for over two months now and I am very impressed with how it performs. We have put up against all different kinds of terrain it works extremely well. I would put it up against any other kind of pounder any day of the week. VERY good product."
Don't settle for something that you're going to hate operating, and will crap out on your in a matter of months. Find a dealer that sells Eterra, go online, or call one of our product experts at 360-203-7730. You won't regret it.

[@antonellalavoile]

Wait so u don’t dig a hole first

[@Les__Mack]

That's correct. You pound them in with force.

[@EterraUSA]

No, you don't have to dig a hole first. You can drive them into the ground