Sandbags

Introducing the Machine Strongman Sandbag: a cost-effective and versatile alternative to conventional heavy balls and stationary Atlas stones. In a sleek black design adorned with Machine branding across the top, these sandbags are engineered for on-the-go strength training. Crafted from durable fabric and featuring reinforced double-stitched seams, these bags are built to endure the rigors of Strongman workouts.

Designed in a compact, cylindrical form without handles, the Strongman Sandbags are the ideal solution for those seeking a portable yet robust training tool.

With weight capacities ranging from 25kg to 75kg, each Strongman Sandbag comes equipped with a built-in filler bag, along with an additional zipper and hook-and-loop closure. This ensures that the filler material stays securely contained during your workouts (please note that the filler material itself is not included).

What sets these sandbags apart is their portability—easily emptied and re-filled at different locations like gyms, parks, and more. This makes them a uniquely portable training tool suitable for athletes of all experience levels. Choose from our array of 3 different bag sizes and elevate your Strongman training with the durable and convenient Machine Strongman Sandbags.

Sandbag specs:

•  Height, 40cm Diameter – 25kg Max Capacity
•  Height, 40cm Diameter – 50kg Max Capacity
•  Height, 40cm Diameter – 75kg Max Capacity

Note:  The loadable weight and maximum capacity of each Strongman Sandbag are contingent upon the density and size of the material utilized. It’s important to note that specific types of material may result in the overall weight of the bag either exceeding or falling short of the projected weight capacity. The maximum capacities provided earlier are established on the assumption of utilizing dry play sand as the filling material. Keep in mind that the choice of media can impact the performance and weight characteristics of the sandbag, and users may need to adjust accordingly based on their preferred filling materials.