2025 Argo Q4 Integrator

Features

• SEALED BODY: Derived from over half a century of Argo’s research and development within the amphibious sector, the ARGO Q4 Integrator features our sealed body technology that houses the environmentally protected electronic drivetrain and on-board operating components. Allowing the machine to be fully amphibious, the recognized sealed body is critical when being exposed to the hazardous nature of differentiated applications.
• AMPHIBIOUS OPERATION: Encompassing the Go Anywhere mantra that has been customary to the ARGO brand since 1962, the Q4 Integrator carries the ARGO badge as an amphibious machine. Rated for a water fording depth of 18”, the Q4 Integrator takes the edge on the competition wielding its amphibious capabilities.
• QUICK ACCESS FREE-WHEEL MODE: The ARGO Q4 Integrator can be put into free-wheel mode disengaging the automatic parking brakes and allowing the machine to be pushed or towed at a max speed of 25 MPH.
• GEOMETRIC PASSIVE SUSPENSION: The geometric passive suspension pivots off the opposing side as it encounters changes in the grounds surface. By pivoting on its mounting point, the suspension provides an immediate response while the wheels move relative to the body. Optimized for autonomous off-road applications, the geometric passive suspension allows the ARGO Q4 Integrator to maneuver effortlessly in unruly terrain.
• 4X4 SKID STEERING TRACTION: Given the ability to maintain a consistent footprint on all surfaces, the 4x4 skid steering traction turns all wheels simultaneously while providing the machine with zero turn capabilities in a skid steer fashion. This dynamic pairing provides steadfast traction and nimble performance essential for autonomous applications.
• MINIMUM MAINTENANCE: Essential for remote operation, the ARGO Q4 Integrator is comprised of electronic components alleviating routine maintenance intervals and unwanted downtime. Cleaner and more efficient than petroleum-based drivetrains, the Q4 Integrator proves to be a reliable option for autonomous applications.