HOW DEEP ARE THE POSTS INSTALLED?

Hole depth for installation posts

When it comes to installing timber posts for your garden calisthenics equipment, getting the depth right is crucial for ensuring stability and safety during workouts. In this article, we will discuss the recommended installation depths for different post lengths and highlight the importance of proper installation for a secure and wobble-free setup.

  1. Installation Depth for 2.1m and 3.0m Posts: For posts with a length of 2.1 meters and 3.0 meters, we recommend installing them 60cm into the ground. This depth provides a solid foundation and minimizes any potential wobbling or shifting during intense exercises. By securely anchoring the posts in the ground, you can have peace of mind knowing that your pull up bar installation will withstand rigorous workouts.

  2. Installation Depth for 4.5m Posts: When it comes to a high bar designed for gymnastic rings or other suspended equipment, such as a climbing rope, we use 4.5-meter posts. These taller posts require a slightly deeper installation to ensure maximum stability. We recommend installing the 4.5-meter posts 90cm into the ground. This increased depth provides additional support and prevents any excessive movement or wobbling, especially during dynamic movements or high-intensity exercises.

Proper installation depth is critical for maintaining the structural integrity of your calisthenics equipment. By digging the posts to the recommended depth, you create a solid anchor point that can withstand the forces exerted during workouts. This helps to prevent any unwanted movement or instability, ensuring a safe and enjoyable training experience.

Furthermore, the specific depth we recommend also takes into account the natural movement of the ground. During warmer months, the timber posts may experience expansion due to increased moisture content. Conversely, in drier periods, the timber may contract slightly. By installing the posts at the recommended depths, any natural movement will be accommodated without compromising the stability of the structure. This helps prevent potential splits or warping and ensures that the posts tighten back up when moisture levels return to normal.