Rig Plyobox – RPBX

Description

A heavy gauge metal constructed rig plyobox refers to a plyometric box used in fitness training, particularly in functional fitness or CrossFit-style workouts, that is made with a robust heavy gauge metal frame. Here are the main features and functions associated with a rig plyobox made from heavy gauge metal:

1. Heavy Gauge Metal Construction: The plyobox frame is constructed using heavy gauge metal, often steel or a similarly durable and sturdy material. This construction ensures the plyobox’s stability, durability, and ability to withstand repeated use and heavy impact.
2. Rig Attachment: The plyobox is designed specifically for attachment to a rig or rack commonly found in functional fitness training facilities or CrossFit gyms. It typically includes mounting points or brackets compatible with the rig’s frame for secure attachment.
3. Plyometric Training: Plyoboxes are used for plyometric exercises such as box jumps, step-ups, and other explosive movements aimed at developing lower body strength, power, and agility. The heavy gauge metal construction ensures stability during these high-impact exercises.
4. Versatility: The rig plyobox offers versatility in training by providing different height options on different sides of the box. This allows users to perform exercises at various heights by simply rotating the box to the desired level.
5. Safety and Stability: The heavy gauge metal construction of the plyobox provides a stable base, reducing the risk of the box tipping or shifting during high-intensity exercises, which is crucial for safety during plyometric workouts.
6. Functional Fitness Training: Rig plyoboxes are commonly used in functional fitness training, including CrossFit, strength and conditioning programs, and athletic training due to their effectiveness in developing power and explosiveness.
7. Durable Finish: The plyobox typically has a durable finish, such as powder coating or another protective layer, to resist scratches, chips, and rust, maintaining its appearance and structural integrity over time.

Additional information