To ensure the highest level of quality and durability, we put our products and materials through 6 tests.
At Tremont, every piece of luggage is engineered to meet the demands of modern travel, combining craftsmanship with uncompromising durability. As part of our rigorous quality assurance process, each Carry-On case is loaded with 16 kilograms and placed inside a state-of-the-art rotating chamber designed to simulate the harshest travel conditions.
This specialized chamber is filled with a series of strategically placed obstacles, ensuring the case endures high-impact collisions, sudden drops, and unpredictable impacts—mirroring the rough handling luggage experiences in airports, cargo holds, and during transit. The testing process is run through 25 demanding cycles, stressing every component from the wheels to the telescopic handle and outer shell.
Our goal is simple: to guarantee that Tremont luggage not only looks exceptional but also performs flawlessly, journey after journey. By simulating real-world travel abuse, we ensure that every case maintains its integrity, protecting your valuables while delivering effortless mobility and a premium travel experience.
At Tremont, we subject our luggage to some of the most demanding real-world simulations to ensure lasting performance and reliability. In one of our critical durability tests, a load of up to 25 kilograms is carefully placed inside the case, while an additional 7 kilograms of force is applied to the telescopic handle, replicating the strain experienced during actual use.
The suitcase is then positioned at a 45-degree angle and rolled across a specialized treadmill embedded with bumps and irregular surfaces to accurately mimic uneven terrain — much like cobblestone streets, curbs, and rugged airport floors. The treadmill maintains a steady speed of 4 km/h, pushing the wheels, frame, and handle through continuous stress.
This rigorous process is run for the equivalent of 32 kilometers, ensuring that every Tremont case can handle the demands of extended travel without compromising smoothness, stability, or structural integrity.
When you travel with Tremont, you carry strength, precision, and craftsmanship every step of the way.
At Tremont, strength and precision are at the core of every design. To validate the resilience of our telescopic handles, we conduct an intensive impact and endurance test.
In this test, the suitcase is loaded with up to 25 kilograms and suspended in mid-air solely by its telescopic handle. The case is then lifted, dropped, and abruptly halted by the handle after free-falling a specified distance, simulating the sudden jerks and stresses often encountered during real-world travel—such as when pulling luggage over stairs, curbs, or during quick movements.
This challenging cycle is repeated 300 times to ensure the telescopic mechanism, structural joints, and mounting points can withstand extreme stress without bending, breaking, or losing functionality.
At Tremont, we engineer every suitcase to withstand the true challenges of travel. In our wheel durability and terrain simulation test, the suitcase is loaded with up to 25 kilograms and positioned so that all four wheels maintain continuous contact with two rotating rollers.
These rollers are specially designed with bumps and uneven surfaces, simulating real-world terrains such as cobblestone streets, uneven sidewalks, and rugged flooring. The rollers spin at a speed equivalent to 4 km/h, applying consistent and varied stress to the wheels, axles, and wheel housings.
The test runs continuously for the equivalent of 32 kilometers, ensuring that Tremont wheels deliver smooth performance, stability, and exceptional endurance even under demanding conditions.
At Tremont, we ensure that every suitcase is built to perform even under extreme conditions. As part of our cold impact resistance test, the suitcase is first stored at -12°C for a duration of 4 hours, replicating the freezing temperatures often encountered in cargo holds and winter environments.
After the cold conditioning, the suitcase is loaded with up to 25 kilograms and subjected to a series of rigorous drop tests. It is dropped from a height of 90 centimeters onto each surface, edge, and corner, simulating the harsh impacts that luggage can experience during transport and handling.
This test ensures that the materials, structure, and corner reinforcements maintain their integrity, flexibility, and strength even after exposure to severe cold and repeated shocks.
Plot No. 298/3, GIDC Rd, Umargam, Gujarat
info@tremontindia.com