Pit Systems – safe learning, controlled landings

Pit systems are a central component of modern training facilities. They make it possible to learn new movements in a controlled way, reduce strain in a targeted manner, and significantly lower the risk of injury. SPIETH develops pit solutions that combine safety and training quality – from beginner training to high-performance gymnastics.

Open Foam Pit

The open foam pit is filled with loose foam cubes and remains open at the top. Landings take place directly in the foam filling, which absorbs and dissipates movement energy across a wide surface.

This design allows free movement in all directions. Landings often occur on the back, stomach, or side. This provides a high level of safety when trying out new movement patterns, initial rotations, or complex transitions.

Typical areas of use:

• Introduction to new elements and movement patterns
• Methodical progression without a fixed landing point
• Beginner and development training

The open foam pit supports exploratory learning and gives less experienced gymnasts in particular a high level of confidence.

Closed Foam Pit

In the closed foam pit, the foam filling is covered by a continuous, soft surface. The top layer acts like a closed training surface that can be approached or jumped onto in a controlled way. By adding landing mats with different firmness levels, the landing behavior can be adjusted as needed.

In contrast to the open pit, the closed version offers a clearly defined landing area. Gymnasts jump deliberately into the pit, while the foam filling underneath reliably absorbs the forces generated. This supports controlled movement sequences and a smooth training flow.

Typical areas of use:

• Clearly structured training environments
• Combination with permanently installed equipment
• High-traffic training centers

The closed foam pit combines clarity with a high level of safety and controlled load management.

AirPit

The SPIETH AirPit is an air-cushion-based safety and landing system with a closed surface. Landing takes place on a connected foam layer under which an air cushion evenly absorbs the forces generated.