Through cutting edge technology Elmo provides the AGV industry an efficient and smart driver that will allow the manufacturer a full range of options for developing the best AGV possible limited only by imagination.
Reliable, certified AGV operations
Better suited for confined space
Keeps AGVs away from dock stations longer
Smooth Vehicle Motion
Regardless of extreme loads & speed variation
Can handle any terrain and environment
High Current Operation
Handle loads and terrain easily
All Terrain Operation
Overcome any hurdle with ease
No Sudden Stops
Ensures load safety by preventing sudden stops
Precise Efficient Vehicle Motion
Accurate multi-axis maneuverability
Adaptive Operation (Varying Loads)
Intelligent load adaptive operation
While all of Elmo’s drivers can handle the rigors of AGV applications the Gold Drum the Gold Whistle and the Gold Guitar are amongst the most popular choices for this industry for their power and footprint.
High-Power Density Drives Propel Soft Target for ADASs Testing
With high power density, onboard intelligence, and built-in connectivity, Elmo drives equip robotic camera dolly to shoot extreme live-action footage.
Computer-generated imagery (CGI) can create extraordinary scenes but for edge-of-the-seat blockbusters, there’s no substitute for live-action shooting. Live filming enables directors to change camera angles, explore alternative approaches with their actors, and even swap out dialogue. The problem is that human-operated dollies simply can’t deliver the explosive speed and acceleration demanded by cutting-edge action films. That’s why Mega Trax developed the MX 500 semi-autonomous, high-speed robotic dolly system. With the help of compact, high-power servo drives from Elmo Motion Control, the MX 500 can accelerate cameras to speeds of better than 90 mph in a matter of seconds. The best part is that the drives enable the MX 500 to execute these moves repeatably, reliably, and in the most rugged conditions imaginable.
The Ideal High Current Compact Drive for heavy load
The company WFT produces modular platforms used to transport heavy loads such as industrial equipment, wind turbines and other large machinery. Each M.I.T. WFT system is equipped with a minimum of four pairs of wheels, two wheels at each corner.
Some of the advantages of steer by wire technology are clearly apparent, as demonstrated in the Shell Eco-marathon, an energy saving competition. The goal of the Shell Eco-marathon competition is build a vehicle with the highest possible fuel efficiency – a car that can cover the greatest possible distance on a single liter of fuel. To do well, the vehicle design must be optimized and streamlined to reduce all conceivable sources of energy loss. With this goal in mind, an electronic steering system enables optimal use of space in the vehicle.