01
Load & actuation
Force, torque, speed, duty and impact define electric or electro-hydraulic interfaces.
Applications
Application hardware
Construction, Mining & Heavy Equipment Robotics
Plan rugged robotics hardware around harsh environments, high loads, power protection, sensing and controlled documentation.
AI-generated editorial scene for construction, mining and heavy-equipment robotics.
Application architecture
Anchor heavy-equipment hardware to load cases and machine boundaries.
High-load actuation, DC power, rugged sensing and protection must be tied to the host machine, environment and hydraulic or electric responsibility boundary.
02
DC power system
Bus voltage, regeneration, surge and fault protection govern power architecture.
03
Rugged perception
Camera, LiDAR and radar need protected mounting, visibility and replacement paths.
04
Machine & operator safety
Shock, vibration, abrasion, dust, water, temperature, controls, interlocks and E-stop define machine-level risk ownership.
Featured decision / machine load case
Define the governing load and energy path before sizing hardware.
The peak and repeated load cases, regenerative energy and machine interface determine whether actuation, power protection and mounting can be reviewed as one credible subsystem.
Integration decisions
Keep the interfaces in view as you narrow the hardware.
Actuator-to-machine interface
Resolve load path, mounting, feedback and hydraulic or electric responsibility together.
Load · mount · feedback · boundaryPower and fault protection
Map bus, regeneration, contactors, fusing, surge protection and isolation.
Bus · regen · fault · isolationPerception and field replacement
Protect sensor views and routes while preserving access for heavy-equipment service.
View · exposure · cable · serviceChoose a hardware path
Use the path that matches the decision you need to make next.
Select hardware for defined load cases
Use published motion and sensing components when loads, power and interfaces are known.
Browse heavy-duty hardwareBuild protected high-load interfaces
Use high-current harnesses, rugged enclosures and reinforced sensor or actuator interfaces.
Review heavy-duty custom buildsReview the machine subsystem boundary
Use engineering review when actuation, DC power, sensing and protection are coupled.
Describe the machine load casePrepare your request
Share the inputs you already know.
- Machine function, peak and continuous load cases
- Actuation type, duty cycle and impact conditions
- DC bus, regeneration and high-current protection context
- Hydraulic, electro-hydraulic or electric interface boundary
- Shock, vibration, abrasion, dust, water and temperature
- Perception payload, operator interface and required records
- Equipment type, payload, load case and duty cycle
- High-voltage DC rail context such as 96V-400V+ if applicable
- Regenerative energy, dissipation bus profile, high-current drive and power distribution
- Hydraulic or electric interface boundary and electro-hydraulic servo valve signal isolation context, if applicable
- Shock, vibration, dust, water and temperature exposure
- Rugged enclosure, heavy-duty connector, cable protection and field replaceability
- PDU, fuse, relay, contactor, surge protection target and protection needs
- Camera, LiDAR, radar or rugged sensor payload
- Operator interface, E-stop, interlock and safety boundary
- Required CAD, wiring, installation or available supplier records
What this review can produce
Turn the open decisions into a reviewable next step.
- A load and energy path for hardware review
- Open actuation, power and machine-boundary interfaces
- Custom high-current and ruggedization work
- A field-service and controlled-document checklist
What this page does not cover
This page does not certify heavy-equipment safety, machine compliance, autonomous operation reliability or mine-site regulatory approval.
Controlled engineering files
Heavy-equipment file requests should state the load case, mounting environment and whether the document supports enclosure, power, vibration, installation or safety-boundary review.
Engineering review
Define the machine load case and energy boundary.
Share the machine function, load case, power profile and environmental exposure. A mounting sketch or equipment schedule can start the heavy-duty hardware review.