Q&A: Discussing Remote-Control Equipment with Cattron

Cattron remote control

Remote-control equipment is gaining momentum — and for good reason. First, there’s the ability to access hard-to-reach spaces that a cabbed machine may not fit. Then there’s the power to perform certain tasks quicker and with less manpower. Safety is another bonus as the operator isn’t put into an unsafe situation involving hazardous materials or dangerous conditions. Instead he or she is operating the equipment from a safe distance with great visibility. Below, we chat with Shane Samson, market lead — mobile equipment, and John Keenan, applications — mobile equipment and fluid power of Cattron, about the market for this type of equipment as well as the company’s remote-control solutions.

1. When looking at remote-controlled compact equipment, can you explain the benefits of this technology and these machines?

Remote control technology delivers multiple advantages across diverse applications. The most immediate benefit is enhanced operator visibility — users gain a much wider field of view that’s particularly valuable for precise load positioning and operation in confined spaces. This improved perspective leads to better operational efficiency, especially when working on inclines or in areas where machine tipping could be a concern.

Cattron remote control
The collaboration with Cattron enabled Baumalight to create a fully remote controlled version of its existing TRL740Y mini skid-steer in less than a year.

The technology also transforms single-operator efficiency. Operators can perform multiple tasks without repeatedly mounting and dismounting equipment.

For example, managing material loading while simultaneously controlling machine positioning. This capability is particularly valuable in applications like agricultural operations, where operators often need to handle tasks like opening gates while moving materials.

From a safety perspective, remote operation keeps personnel away from hazardous environments, whether handling dangerous materials or working in challenging conditions. The system includes comprehensive safety features, including emergency stop capabilities that can be activated from a safe distance.

2. What kind of applications do remote-control machines excel in? Who would benefit the most from operating these?

The technology excels across a broad spectrum of equipment and industries.

Core applications include:

  • Mini skid steers for material handling and site work
  • Stump grinders for landscape operations
  • Conveying equipment for material transfer
  • Mobile buckets and material handling attachments
  • Winches for pulling operations
  • Chippers for vegetation management
  • Portable tracked generators
  • Compact concrete pumps
  • Compact cranes

Primary users span multiple sectors, including:

  • Construction companies requiring precise equipment control
  • Waste management facilities handling hazardous materials
  • Agricultural operations, both large and small
  • Production facilities needing flexible material handling
  • Warehouses managing complex logistics
  • General contractors requiring versatile equipment solutions
  • Machine operators working in challenging environments

3. Can you describe your remote-control technology?

Our technology centers on the CattronControl LRC-S1 operator control unit integrated with the DynaGen PRO600 engine controller. Key features include:

  • Dual multi-axis joysticks providing up to four motion controls
  • Sunlight-readable digital display showing critical system information
  • IP65-rated housing ensuring durability
  • Compatibility with a wide range of commercial engine makes
  • Integration with electric over hydraulic controls
  • Operational range up to 5,000 ft
  • Innovative docking system allowing both cab-mounted and remote operation
  • Complete digital monitoring of hydraulic systems and engine parameters
  • Data logging capabilities for maintenance tracking
  • White label and private label packaging that match OEM branding needs

The system offers unique capabilities for smaller equipment manufacturers, providing sophisticated control features without requiring extensive in-house development resources.

Cattron’s unique position comes from our integrated approach to equipment control. Rather than treating remote operation as an add-on feature, we combine engine control, machine management and remote operation into a comprehensive system. This includes:

  • Complete engine and hydraulic system monitoring
  • Preventive maintenance tracking
  • Operational efficiency optimization
  • Emergency intervention capabilities
  • Cellular connectivity options for extended monitoring

The modular nature of our system allows manufacturers to implement features gradually, making advanced control technology accessible to equipment manufacturers of all sizes. Cattron is also involved in Hybrid systems where there battery storage as well as small engine managing charging and machine operation. Cattron products are also amendable to fully electric systems where radio remote controls are a requirement.

4. Do you have any operational and/or safety tips for operating a remote-controlled unit?

Companies are actively seeking solutions that improve efficiency while providing safer working environments.

The ability to reduce personnel exposure to hazardous conditions while maintaining or improving productivity makes remote control technology increasingly attractive across industries, allowing them to:

  • Maintain continuous visual contact with equipment
  • Ensure clear sight lines to all machine movements
  • Position workers for optimal visibility of potential hazards
  • Never exceed visual range operation
  • Regularly test emergency stop functions
  • Monitor ground conditions and stability
  • Keep control unit protected and maintained
  • Ensure all operators are properly trained in both standard and emergency operations

5. Do you see the market for remote-controlled options growing?

The market is experiencing significant growth driven by:

  • Increasing emphasis on operator safety
  • Growing need for operational efficiency
  • Labor shortage challenges
  • Rising insurance requirements for safety systems
  • Environmental considerations including fuel efficiency
  • Industry adoption of automation technologies

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