22 June 2026, 11:52
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AUSA launches the DR902AHG reversible dumper with a 9,000-kg payload capacity designed for demanding infrastructure and construction projects.
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The dumper features the innovative AUSA AI Vision system, combining five cameras, AI, and radar to provide 360° surround visibility and real-time person detection.
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Targeted at rental companies and medium-to-large contractors, it offers enhanced safety, productivity, and operator comfort.
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The machine is suited for applications such as road construction, industrial developments, and large-scale sites outside urban areas.
Built to conquer demanding job sites, this next-generation dumper combines power, enhanced visibility, and outstanding operator comfort. Engineered to perform where it matters most, it delivers a 9,000-kg payload capacity and a whole new level of confidence on the job site.
At its core is the groundbreaking AUSA AI Vision system, providing operators with a 360° surround skip view and AI-powered person detection to help increase awareness.
Designed for rental companies and medium-to-large contractors, the DR902AHG is engineered for demanding infrastructure and construction projects where high productivity and safety are critical.
It is purpose-built for a variety of applications, including road construction, industrial developments, infrastructure projects and large-scale construction sites outside urban environments. The machine serves customers who require greater payload capacity and productivity than traditional mid-size dumpers while maintaining excellent maneuverability and operator comfort.
At the core of the DR902AHG launch is the innovative AUSA AI Vision, a patent-pending technology that provides operators with unprecedented awareness of their surroundings.
AUSA AI Vision combines five strategically positioned cameras, artificial intelligence and radar technology to help eliminate blind spots, identify nearby workers and provide real-time visual and audible alerts. Designed specifically for dumper applications, the system continuously monitors the area around the machine and supports operators in making more informed decisions while maneuvering and transporting materials.
Source: ANMOPYC
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