GE Inspection Robotics – BIKE
Typical application
The BIKE crawler is commonly applied for:
• External pipeline inspections
• Elevated or hard-to-reach piping
• Pipe rack inspections
• Areas with limited scaffolding access
• Inspections where rope access is undesirable
Applications focus on access and stable sensor deployment, rather than inspection speed.
Suitable inspection scenarios
The BIKE is suitable when:
• Piping is made of ferromagnetic material
• External pipe surfaces are accessible
• Pipe diameters fall within supported ranges
• Inspection requires stable contact with the surface
• Manual access poses safety or logistical challenges
It is often used to support visual inspection or carry NDT payloads where human access is limited.
Not suitable / limitations
The BIKE is not suitable for:
• Non-ferromagnetic piping
• Internal pipe inspections
• Highly obstructed pipe runs
• Small-bore piping outside its diameter range
• Complex geometry with frequent supports or clamps
Limitations include:
• Dependence on magnetic adhesion
• Setup time and cable management
• Limited maneuverability at supports and attachments
• Requirement for surface preparation in some cases
Safety considerations
The BIKE is suitable when:
• Piping is made of ferromagnetic material
• External pipe surfaces are accessible
• Pipe diameters fall within supported ranges
• Inspection requires stable contact with the surface
• Manual access poses safety or logistical challenges
It is often used to support visual inspection or carry NDT payloads where human access is limited.
Description
The GE Inspection Robotics BIKE is a magnetic pipe crawler designed for the inspection of ferromagnetic pipelines. The system travels along the external surface of piping and is capable of carrying various inspection payloads, including visual cameras and NDT sensors. The BIKE is typically used where access, geometry or safety constraints limit conventional inspection approaches.
Pros
Pros Cons
ConsAdvantages in the right context:
• Stable platform for inspection sensors
• Improved access to elevated piping
• Reduced reliance on scaffolding
• Consistent inspection path along pipes
• Suitable for repeat inspections
Limitations to consider:
• Limited to ferromagnetic materials
• Restricted performance near obstacles
• Slower deployment compared to visual-only methods
• Requires logistical planning
• Payload capabilities depend on configuration
Disclaimer
Information on this page is indicative and context-dependent.
The GE Inspection Robotics BIKE does not replace applicable codes, standards or engineering judgment.
Inspection strategy and acceptance decisions remain the responsibility of the asset owner and inspection professional.