Jetour T2 Demonstrates Structural Strength With 700 Kg LCD Screen Display Test
JAKARTA — Chinese automaker Jetour has adopted an unconventional approach to demonstrate the engineering capabilities of its T2 model. Rather than merely listing specifications on paper, Jetour conducted a live demonstration using two T2 units as support structures for a large LCD screen.
The demonstration was designed to showcase the structural strength of the vehicle’s body and chassis, whilst proving Jetour’s expertise in vehicle construction engineering. Moch Ranggy Radiansyah, Marketing Director of PT JETOUR Sales Indonesia, stated that this approach allowed visitors to directly observe how the vehicle’s structural strength functions when bearing substantial weight.
“For Jetour, safety is not merely an additional feature, but rather the fundamental foundation,” Radiansyah said during a media launch event in Jakarta on Tuesday, 10 March 2026. “The Jetour T2 is built with a Hardtop Cage Body Monocoque structure utilising 80 per cent high-strength steel, providing high strength and stability with a static load capacity of up to 300 kilograms and torsion rigidity reaching 31,000 Nm/degree.”
He further explained that the demonstration aimed to prove that these capabilities are not merely claims, but genuinely form the foundation of safety in every journey. This approach represents a distinctive strategy for Jetour to demonstrate its product’s durability through tangible evidence rather than technical assertions alone.
The static load capacity of 300 kilograms refers to the vehicle’s ability to withstand fixed weight—such as when fitted with a roof rack, rooftop tent, or carrying heavy cargo on the roof. The torsion rigidity measurement of 31,000 Nm/degree indicates the chassis’s resistance to twisting forces experienced during driving on uneven terrain, steep inclines, or when wheels encounter surfaces of varying heights.
A higher torsion rigidity value signifies a stiffer and more robust vehicle structure, resulting in improved stability, reduced noise and vibration, and enhanced comfort and handling characteristics.