The new components being introduced to SKYSQUARE this time are heavy steel structures that can only be handled by heavy machinery (excavators). How will we receive and position these loads that push the very limits of our loading capacity? We'll show you how it's done.

At SKYSQUARE, to ensure stable power supply throughout every corner of the field, we increased the main distribution panel's capacity to 50A and extended power lines to outdoor facilities via underground conduits.

At SKYSQUARE, we previously had to lay extension cables every time we used the facility. However, because these cables crossed the vehicle access route, setting up and taking down the equipment required significant effort each time. To eliminate this inefficiency and further expand the field's functionality, we decided to build an underground piping infrastructure.

The pursuit of "authentic sound" ultimately led us to overwhelming "mass." To capture the earth-shaking sound of 'destruction'—a sound never recorded before—we resolved to introduce new foley materials to SKYSQUARE.

We reaffirmed the importance of "height" at our mountain site and began searching for a used aerial work platform. We'll detail the process of finding a good used unit, picking it up locally, and transporting it to SKYSQUARE.