On September 20, VOYAH officially released a video titled “Dreamer 9 Moving Tower,” showcasing the successful completion of a whole-vehicle load-bearing mobility challenge for a passenger car. During the challenge, six VOYAH Dreamer 9 vehicles were stacked vertically to form a tower nearly 11 meters tall with a total weight of approximately 18 metric tons. The vehicle at the bottom performed dynamic driving maneuvers—including starting, accelerating, and braking—successfully transitioning from static load-bearing to dynamic driving.

This performance is closely tied to the VOYAH Dreamer 9’s body structure, chassis system, intelligent control, and powertrain.

In terms of body structure, the Dreamer 9 features an integrated laser-welded door ring and a 2200 MPa ultra-high-strength steel cage-type body, which help enhance the overall structural strength of the vehicle.

For the chassis, the vehicle utilizes Voyah’s proprietary “Hu Ju P” chassis technology, specifically designed for MPVs. The all-aluminum chassis balances lightweight construction with structural strength and is equipped with a three-chamber air suspension and a dual-valve EDC system, which can rapidly adjust suspension damping to enhance body stability under heavy loads.

In terms of intelligent control, the Voyah-Ai 4WD intelligent all-wheel-drive system distributes torque based on the vehicle’s status, while the IPB 2.0 brake-by-wire system precisely controls braking force to help maintain stability during takeoff, acceleration, and braking.

Powered by an 800V high-voltage platform and a dual-motor system, the Dreamer 9 delivers the power needed for takeoff and acceleration under heavy-load conditions.

This “Mobile Tower Stacking” challenge showcased the VOYAH Dreamer 9’s comprehensive engineering capabilities in body structure, chassis, intelligent control, and powertrain systems, while also demonstrating the technical performance of new energy vehicles in terms of overall safety and heavy-load conditions. For the new energy vehicle market, vehicle safety and overall engineering capabilities are increasingly becoming key factors of concern for consumers.