GRIMME: Double Warehuse Building
Optimally fitted between existing buildings
1000 m² of storage space, individually designed yet quickly implemented
The GRIMME agricultural machinery factory needed a dry area to protect components from the weather. The available space on the company premises had to be used as efficiently as possible. At the same time, it was important to keep access routes to other buildings clear.
The hall was constructed using the Herchenbach modular building system. The precisely coordinated components allow for a wide variety of hall geometries. For GRIMME, this meant that even their customized solution could be implemented quickly. While more time than usual was invested in the planning for this project, the actual construction was completed in just two and a half weeks, despite the challenging slope.
For this hall project, we had to do some serious piecing together to make it work in terms of space. For GRIMME, we calculated a number of different options until we found the most cost-effective and practical one.
Flexible Modular System
Customer safety through pre-assembly inspection
Herchenbach's halls are constructed using a modular system developed by the company's own engineering department.
To make optimal use of the space on the company premises, two truss spacings were combined for the two halls built for GRIMME. Using truss spacings of 4 and 5 meters within the same hall allowed for a customized building length. At the same time, the structural design meets the requirements for the corresponding wind and snow loads.
GRIMME also booked the pre-assembly inspection as part of the "full-service package." This additional service offers clients added peace of mind and is particularly useful when it is unclear whether the ground is actually suitable for the planned hall construction. Measurements are taken to determine whether the area, including access roads, meets the requirements. The elevation survey documents the slope. GRIMME's hall design had to be adjusted accordingly. Soil investigations reveal whether there are any underground utilities – this can save clients from costly surprises. Furthermore, pull-out tests are conducted to determine whether the ground is suitable for ground anchors. This eliminates the need for a foundation.