Inovativ Voyager 42 EVO X Workstation

The Motorized Upgrade for Apollo allows an existing Apollo Workstation Cart to become its motorized counterpart via tool-less installation of the Motorized Wheel System. This upgrade does not require a trade-in, enabling users to retain options for both a non-motorized or motorized Apollo Workstation Cart.

This kit includes a Bottom Shelf for Apollo equipped with a fully integrated Motorized Wheel System, Power Distribution Plate, and Bottom Locking Drawer, plus a Throttle Handle Assembly and Hydraulic Brake System. To install, simply transfer your existing upright posts and the Top Shelf to the Motorized Upgrade.

The handle throttle assembly powers forward and reverse movement of the dual 10 in. rear wheels, for up to 15 hours or 40 miles of full throttle use. The power supply is integrated into the bottom shelf drawer and provides additional power distribution when charging to USB-A, USB-C and US Type B outlets.

Take full control of the Motorized Apollo Workstation with the Hydraulic Brake System – ideal for maneuvering up or down ramps or hills with precision. This system is lever-actuated from the handle and applies control to the rear wheels for maximum braking power. The Motorized Apollo continues to meet tough demands with flat proof tires, and corrosion resistant stainless steel and aluminum construction throughout.

View Safety and Risk information here.

*This purchase does not require a trade-in

The Motorized Apollo Workstation is a fully integrated system that allows users to effortlessly move payloads up to 1,200 pounds with ease across studios, campuses, and rough terrain to save time and reduce physical strain. It features a complete Apollo workstation cart equipped with the Motorized Wheel System, Hydraulic Brake System, Power Distribution Plate, as well as Top and Bottom Locking Drawers.

The handle throttle assembly powers forward and reverse movement of the dual 10 in. rear wheels, for up to 15 hours or 40 miles of full throttle use. The power supply is integrated into the bottom shelf drawer and provides additional power distribution when charging to USB-A, USB-C and US Type B outlets.

Take full control of the Motorized Apollo Workstation with the Hydraulic Brake System – ideal for maneuvering up or down ramps or hills with precision. This system is lever-actuated from the handle and applies control to the rear wheels for maximum braking power.

The Motorized Apollo is completely tool-less – featuring top and bottom shelves that easily assemble without the use of tools. The Apollo has a fixed height of 40.5 in. providing a comfortable standing height work surface. The shelves feature hemmed edges for safety and boast a 56% increase in thickness compared to our lightweight workstations in order to support heavier payloads. Additionally, the bottom shelf features an internal Main-Frame System, greatly increasing the carts stability and overall payload capacity. The Motorized Apollo continues to meet tough demands with flat proof tires, and corrosion resistant stainless steel and aluminum construction throughout.

The upright tubes are secured using our Corner Mold Lock-System that doubles as a location to mount Apollo specific accessories directly into the carts upright posts, from the top deck. These four vertical posts are 14% thicker than our standard workstation posts and have been positioned at the corners of the cart.

The Top Shelf features four sides and a hinged front panel that quickly opens for comfortable keyboard access. Removable 3/8″-16 and 1/4″-20 Threaded Rail Plates supply mounting additional accessories.
Soft close combo-locking drawers padded with marine carpet are mounted beneath both the top and bottom shelf for safe storage of personal items.

The Apollo uses our Pack Latch System to easily connect the top and bottom shelves together when packed down. The Motorized Apollo is designed so that while the Motorized Wheel System along with the top and bottom shelf remains intact, the top shelf can still be packed down into a more compact configuration.