This custom rammed earth project was a whirlwind from start to finish.  Prodject  came to us with a unique idea for an upcoming jewelry exhibition. They wanted to utilize hexagonal rammed earth bases as pedestals for the jewelry display cases. This
       
     
 These needed to have a hollow core to reduce weight and cover a steel base for the mounting of the case. However, the outer walls of the rammed earth needed to be thick enough so that the un-reinforced rammed earth walls could hold their strength du
       
     
 This project had many restrictions during transport, as every edge was delicate. You’ll see that none of the straps are touching the edges of the bases. Carefully packaged, these pedestals were sent on a team drive to make it to location before the
       
     
 The client required  an easy way to lift each base into place as their turnaround for installing these was quite quick as well. We came up with this mini-frame that bolted into the walls and could be lifted with straps through the top flat bar.
       
     
 Here, we demonstrate the proper way to lift them into place, using the interior mini frame.
       
     
 This custom rammed earth project was a whirlwind from start to finish.  Prodject  came to us with a unique idea for an upcoming jewelry exhibition. They wanted to utilize hexagonal rammed earth bases as pedestals for the jewelry display cases. This
       
     

This custom rammed earth project was a whirlwind from start to finish. Prodject came to us with a unique idea for an upcoming jewelry exhibition. They wanted to utilize hexagonal rammed earth bases as pedestals for the jewelry display cases. This project required a 3-week lead time on 17 pieces of different sizes and colors. With custom-made molds, this project was ambitious.

 These needed to have a hollow core to reduce weight and cover a steel base for the mounting of the case. However, the outer walls of the rammed earth needed to be thick enough so that the un-reinforced rammed earth walls could hold their strength du
       
     

These needed to have a hollow core to reduce weight and cover a steel base for the mounting of the case. However, the outer walls of the rammed earth needed to be thick enough so that the un-reinforced rammed earth walls could hold their strength during cross-country transport.

 This project had many restrictions during transport, as every edge was delicate. You’ll see that none of the straps are touching the edges of the bases. Carefully packaged, these pedestals were sent on a team drive to make it to location before the
       
     

This project had many restrictions during transport, as every edge was delicate. You’ll see that none of the straps are touching the edges of the bases. Carefully packaged, these pedestals were sent on a team drive to make it to location before the event.

 The client required  an easy way to lift each base into place as their turnaround for installing these was quite quick as well. We came up with this mini-frame that bolted into the walls and could be lifted with straps through the top flat bar.
       
     

The client required an easy way to lift each base into place as their turnaround for installing these was quite quick as well. We came up with this mini-frame that bolted into the walls and could be lifted with straps through the top flat bar.

 Here, we demonstrate the proper way to lift them into place, using the interior mini frame.
       
     

Here, we demonstrate the proper way to lift them into place, using the interior mini frame.