ErgaPods is Proven Earthquake Resistant: Cyclic Test Results at ITB

ErgaPods has once again demonstrated the quality and structural resilience of its construction after successfully passing a series of seismic tests conducted this year. Through a cyclic test carried out at Institut Teknologi Bandung (ITB) in collaboration with experts from the Structural Laboratory (@labstrukturitb), this modular unit was declared to meet life safety standards for various earthquake zones across Indonesia.

These findings confirm that ErgaPods is not only efficient and fast in terms of construction, but also safe and reliable for long-term use.

Addressing Public Questions About ErgaPods’ Structural Strength

Many prospective users and business owners have questioned how strong ErgaPods structures are when facing earthquakes. Through this testing process, AMODA now has measurable and scientifically proven answers.

According to Robert S.T., M.T., Structural R&D at AMODA, who was directly involved in the testing at ITB’s Structural Laboratory, the test was conducted to directly measure ErgaPods’ resistance to seismic forces using the cyclic test method.

What Is a Cyclic Test?

A cyclic test is a structural testing method in which repeated lateral forces are applied to simulate earthquake loads. Through this process, researchers can observe how a structure responds to stress during a seismic event, including how well it maintains stability without significant damage.

To ensure accurate measurements, the test utilized an LVDT (Linear Variable Differential Transformer). This device records deflection—changes in shape or displacement—of beams, columns, and other structural elements when subjected to simulated earthquake loads.

6 cm Drift Limit: What Does It Mean?

The ErgaPods test was conducted up to a 6 cm drift limit, which represents the maximum horizontal displacement applied during the test. Drift indicates how far a building shifts when subjected to lateral pressure.

In other words, ErgaPods was gradually pushed until it reached a 6 cm displacement to simulate a strong earthquake scenario. The result: the structure remained stable and did not experience safety-compromising damage—an essential benchmark in evaluating earthquake-resistant buildings.

Withstands Seismic Loads from Jabodetabek to Palu and Padang

Based on the test results, ErgaPods has proven capable of withstanding design earthquake loads for the Greater Jakarta (Jabodetabek) region, and even up to seismic levels comparable to those in Palu and Padang—areas known for higher earthquake intensity.

However, it is important to note that each ErgaPods design must still be adapted to the specific geographic conditions, soil characteristics, and architectural requirements of the project location. These adjustments ensure optimal structural performance according to regional needs.

Proven to Meet Life Safety Standards

This testing confirms that structurally, ErgaPods meets the life safety standard—a critical classification in seismic performance evaluation that ensures a building remains standing and provides sufficient time for safe evacuation.

With strong structural performance validated through seismic testing, ErgaPods is a reliable solution for various business needs, from offices and retail spaces to accommodation facilities. Project owners can now proceed with confidence: ErgaPods is tested, safe, durable, and ready for long-term operational use.

Interested in learning more about AMODA’s earthquake-resistant projects? Explore AMODA’s portfolio today.