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FEATURED COMPANIES
- AARSLEFF (AARSLEFFRAIL)
- Bombardier
- IEM
- JLI Vision
- MERMEC
- Resonate
- MORE
About Automatic Brake Pad Inspection System
Automatic brake pad inspection systems are used for the inspection of brake pads, brake shoes, and brake drums in railway locomotives. The automatic brake pad system is designed to inspect the brake pad of trains running at a normal track speed. The brake pad inspection system is mounted vertically on tracks. The automatic brake pad system consists of two modules, one for image acquisition and other for the analysis of images. The brake pad in trains is designed to wear out, as stopping the rail vehicle using brake pad creates enormous heat, owing to the friction during the dapping of the brake pad on wheels. The wear out of the brake pad must be monitored to prevent failure of the braking system and maximize the brake pad life. The automatic brake pad system not only prevents brake pad failure but also notifies the need for preventive maintenance and stock requirement.
The analysts forecast the global automatic brake pad inspection system market to grow at a CAGR of 9.45% during the period 2018-2022.
Covered in this report
The report covers the present scenario and the growth prospects of the global automatic brake pad inspection system market for 2018-2022. To calculate the market size, the report presents a detailed picture of the market by way of study, synthesis, and summation of data from multiple sources.
The market is divided into the following segments based on geography:
Key vendors
READ MORE
Automatic brake pad inspection systems are used for the inspection of brake pads, brake shoes, and brake drums in railway locomotives. The automatic brake pad system is designed to inspect the brake pad of trains running at a normal track speed. The brake pad inspection system is mounted vertically on tracks. The automatic brake pad system consists of two modules, one for image acquisition and other for the analysis of images. The brake pad in trains is designed to wear out, as stopping the rail vehicle using brake pad creates enormous heat, owing to the friction during the dapping of the brake pad on wheels. The wear out of the brake pad must be monitored to prevent failure of the braking system and maximize the brake pad life. The automatic brake pad system not only prevents brake pad failure but also notifies the need for preventive maintenance and stock requirement.
The analysts forecast the global automatic brake pad inspection system market to grow at a CAGR of 9.45% during the period 2018-2022.
Covered in this report
The report covers the present scenario and the growth prospects of the global automatic brake pad inspection system market for 2018-2022. To calculate the market size, the report presents a detailed picture of the market by way of study, synthesis, and summation of data from multiple sources.
The market is divided into the following segments based on geography:
- Americas
- APAC
- EMEA
Key vendors
- AARSLEFF (AARSLEFFRAIL)
- Alstom
- Bombardier
- MERMEC
- Siemens
- Trimble
- imc MeBsysteme
- Australian Rail Technology
- CIM (MECHAN)
- IEM
- JLI Vision
- KLD Labs
- Lynx Engineering Consultants (Lynxrail)
- Rail Vision Europe
- Resonate Group (DeltaRail)
- SBB
- SELVISTIC (SelectraVision)
- Spectris (HBM)
- Kistler
- High accuracy in identification of defects
- For a full, detailed list, view the full report
- Digitalization in railway sector
- For a full, detailed list, view the full report
- What will the market size be in 2022 and what will the growth rate be?
- What are the key market trends?
- What is driving this market?
- What are the challenges to market growth?
- Who are the key vendors in this market space?
Note: Product cover images may vary from those shown
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FEATURED COMPANIES
- AARSLEFF (AARSLEFFRAIL)
- Bombardier
- IEM
- JLI Vision
- MERMEC
- Resonate
- MORE
PART 01: EXECUTIVE SUMMARY
PART 02: SCOPE OF THE REPORT
PART 03: RESEARCH METHODOLOGY
PART 04: INTRODUCTION
PART 10: MARKET SEGMENTATION BY END-USER
PART 13: DRIVERS AND CHALLENGES
Exhibit 01: Automatic brake pad system functions
Exhibit 02: Related market
Exhibit 03: Market characteristics
Exhibit 04: Market segments
Exhibit 05: Market definition - Inclusions and exclusions checklist
Exhibit 06: Market size 2017
Exhibit 07: Validation techniques employed for market sizing 2017
Exhibit 08: Market size and forecast 2017-2022 ($ mn)
Exhibit 09: Market – Year-over-year growth 2018-2022 (%)
Exhibit 10: Five forces analysis 2017
Exhibit 11: Five forces analysis 2022
Exhibit 12: Bargaining power of buyers
Exhibit 13: Bargaining power of suppliers
Exhibit 14: Threat of new entrants
Exhibit 15: Threat of substitutes
Exhibit 16: Threat of rivalry
Exhibit 17: Market condition - Five forces 2017
Exhibit 18: Customer landscape
Exhibit 19: End-user – Market share 2017-2022 (%)
Exhibit 20: Comparison by end-user
Exhibit 21: State-owned railways – Market size and forecast 2017-2022 ($ mn)
Exhibit 22: State-owned railways – Year-over-year growth 2018-2022 (%)
Exhibit 23: Third-party service providers – Market size and forecast 2017-2022 ($ mn)
Exhibit 24: Third-party service providers – Year-over-year growth 2018-2022 (%)
Exhibit 25: Market opportunity by end-user
Exhibit 26: Global automatic brake pad inspection system – Market share by geography 2017-2022 (%)
Exhibit 27: Regional comparison
Exhibit 28: EMEA – Market size and forecast 2017-2022 ($ mn)
Exhibit 29: EMEA – Year-over-year growth 2018-2022 (%)
Exhibit 30: APAC – Market size and forecast 2017-2022 ($ mn)
Exhibit 31: APAC – Year-over-year growth 2018-2022 (%)
Exhibit 32: Americas – Market size and forecast 2017-2022 ($ mn)
Exhibit 33: Americas – Year-over-year growth 2018-2022 (%)
Exhibit 34: Key leading countries
Exhibit 35: Railway investments in key leading countries in 2016-2017
Exhibit 36: Market opportunity
Exhibit 37: Investments in railway infrastructure (excluding china) 2014-2015 ($ mn)
Exhibit 38: Vendor landscape
Exhibit 39: Landscape disruption
Exhibit 40: Vendors covered
Exhibit 41: Vendor classification
Exhibit 42: Market positioning of vendors
Exhibit 43: AARSLEFF (AARSLEFFRAIL) overview
Exhibit 44: AARSLEFF (AARSLEFFRAIL)– Business segments
Exhibit 45: AARSLEFF (AARSLEFFRAIL)– Organizational developments
Exhibit 46: AARSLEFF (AARSLEFFRAIL)– Geographic focus
Exhibit 47: AARSLEFF (AARSLEFFRAIL)– Segment focus
Exhibit 48: AARSLEFF (AARSLEFFRAIL)– Key offerings
Exhibit 49: Alstom overview
Exhibit 50: Alstom – Business segments
Exhibit 51: Alstom – Organizational developments
Exhibit 52: Alstom – Geographic focus
Exhibit 53: Alstom – Segment focus
Exhibit 54: Alstom– Key offerings
Exhibit 55: Bombardier overview
Exhibit 56: Bombardier – Business segments
Exhibit 57: Bombardier – Organizational developments
Exhibit 58: Bombardier – Geographic focus
Exhibit 59: Bombardier – Segment focus
Exhibit 60: Bombardier – Key offerings
Exhibit 61: MERMEC overview
Exhibit 62: MERMEC– Business segments
Exhibit 63: MERMEC – Organizational developments
Exhibit 64: MERMEC – Geographic focus
Exhibit 65: MERMEC – Segment focus
Exhibit 66: MERMEC – Key offerings
Exhibit 67: Siemens overview
Exhibit 68: Siemens – Business segments
Exhibit 69: Siemens – Organizational developments
Exhibit 70: Siemens – Geographic focus
Exhibit 71: Siemens – Segment focus
Exhibit 72: Siemens – Key offerings
Exhibit 73: Trimble overview
Exhibit 74: Trimble – Business segments
Exhibit 75: Trimble – Organizational developments
Exhibit 76: Trimble – Geographic focus
Exhibit 77: Trimble – Segment focus
Exhibit 78: Trimble – Key offerings
PART 02: SCOPE OF THE REPORT
PART 03: RESEARCH METHODOLOGY
PART 04: INTRODUCTION
- Market outline
- Market ecosystem
- Market characteristics
- Market segmentation analysis
- Market definition
- Market sizing 2017
- Market size and forecast 2017-2022
- Bargaining power of buyers
- Bargaining power of suppliers
- Threat of new entrants
- Threat of substitutes
- Threat of rivalry
- Market condition
- Segmentation by product
- Hardware
- Software
PART 10: MARKET SEGMENTATION BY END-USER
- Segmentation by end-user
- Comparison by end-user
- State-owned railways– Market size and forecast 2017-2022
- Third-party service providers – Market size and forecast 2017-2022
- Market opportunity by end-user
- Geographical segmentation
- Regional comparison
- EMEA – Market size and forecast 2017-2022
- APAC – Market size and forecast 2017-2022
- Americas – Market size and forecast 2017-2022
- Key leading countries
- Market opportunity
PART 13: DRIVERS AND CHALLENGES
- Market drivers
- Market challenges
- Digitalization in railway sector
- Thermal inspection and use of IoT in railway inspection systems
- Growing demand for way-side component inspection
- Overview
- Landscape disruption
- Competitive landscape
- Vendors covered
- Vendor classification
- Market positioning of vendors
- AARSLEFF (AARSLEFFRAIL)
- Alstom
- Bombardier
- MERMEC
- Siemens
- Trimble
- List of abbreviations
Exhibit 01: Automatic brake pad system functions
Exhibit 02: Related market
Exhibit 03: Market characteristics
Exhibit 04: Market segments
Exhibit 05: Market definition - Inclusions and exclusions checklist
Exhibit 06: Market size 2017
Exhibit 07: Validation techniques employed for market sizing 2017
Exhibit 08: Market size and forecast 2017-2022 ($ mn)
Exhibit 09: Market – Year-over-year growth 2018-2022 (%)
Exhibit 10: Five forces analysis 2017
Exhibit 11: Five forces analysis 2022
Exhibit 12: Bargaining power of buyers
Exhibit 13: Bargaining power of suppliers
Exhibit 14: Threat of new entrants
Exhibit 15: Threat of substitutes
Exhibit 16: Threat of rivalry
Exhibit 17: Market condition - Five forces 2017
Exhibit 18: Customer landscape
Exhibit 19: End-user – Market share 2017-2022 (%)
Exhibit 20: Comparison by end-user
Exhibit 21: State-owned railways – Market size and forecast 2017-2022 ($ mn)
Exhibit 22: State-owned railways – Year-over-year growth 2018-2022 (%)
Exhibit 23: Third-party service providers – Market size and forecast 2017-2022 ($ mn)
Exhibit 24: Third-party service providers – Year-over-year growth 2018-2022 (%)
Exhibit 25: Market opportunity by end-user
Exhibit 26: Global automatic brake pad inspection system – Market share by geography 2017-2022 (%)
Exhibit 27: Regional comparison
Exhibit 28: EMEA – Market size and forecast 2017-2022 ($ mn)
Exhibit 29: EMEA – Year-over-year growth 2018-2022 (%)
Exhibit 30: APAC – Market size and forecast 2017-2022 ($ mn)
Exhibit 31: APAC – Year-over-year growth 2018-2022 (%)
Exhibit 32: Americas – Market size and forecast 2017-2022 ($ mn)
Exhibit 33: Americas – Year-over-year growth 2018-2022 (%)
Exhibit 34: Key leading countries
Exhibit 35: Railway investments in key leading countries in 2016-2017
Exhibit 36: Market opportunity
Exhibit 37: Investments in railway infrastructure (excluding china) 2014-2015 ($ mn)
Exhibit 38: Vendor landscape
Exhibit 39: Landscape disruption
Exhibit 40: Vendors covered
Exhibit 41: Vendor classification
Exhibit 42: Market positioning of vendors
Exhibit 43: AARSLEFF (AARSLEFFRAIL) overview
Exhibit 44: AARSLEFF (AARSLEFFRAIL)– Business segments
Exhibit 45: AARSLEFF (AARSLEFFRAIL)– Organizational developments
Exhibit 46: AARSLEFF (AARSLEFFRAIL)– Geographic focus
Exhibit 47: AARSLEFF (AARSLEFFRAIL)– Segment focus
Exhibit 48: AARSLEFF (AARSLEFFRAIL)– Key offerings
Exhibit 49: Alstom overview
Exhibit 50: Alstom – Business segments
Exhibit 51: Alstom – Organizational developments
Exhibit 52: Alstom – Geographic focus
Exhibit 53: Alstom – Segment focus
Exhibit 54: Alstom– Key offerings
Exhibit 55: Bombardier overview
Exhibit 56: Bombardier – Business segments
Exhibit 57: Bombardier – Organizational developments
Exhibit 58: Bombardier – Geographic focus
Exhibit 59: Bombardier – Segment focus
Exhibit 60: Bombardier – Key offerings
Exhibit 61: MERMEC overview
Exhibit 62: MERMEC– Business segments
Exhibit 63: MERMEC – Organizational developments
Exhibit 64: MERMEC – Geographic focus
Exhibit 65: MERMEC – Segment focus
Exhibit 66: MERMEC – Key offerings
Exhibit 67: Siemens overview
Exhibit 68: Siemens – Business segments
Exhibit 69: Siemens – Organizational developments
Exhibit 70: Siemens – Geographic focus
Exhibit 71: Siemens – Segment focus
Exhibit 72: Siemens – Key offerings
Exhibit 73: Trimble overview
Exhibit 74: Trimble – Business segments
Exhibit 75: Trimble – Organizational developments
Exhibit 76: Trimble – Geographic focus
Exhibit 77: Trimble – Segment focus
Exhibit 78: Trimble – Key offerings
Note: Product cover images may vary from those shown
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FEATURED COMPANIES
- AARSLEFF (AARSLEFFRAIL)
- Bombardier
- IEM
- JLI Vision
- MERMEC
- Resonate
- MORE
New Report Released: – Global Automatic Brake Pad Inspection System Market 2018-2022
The author of the report recognizes the following companies as the key players in the global automatic brake pad inspection system market: AARSLEFF (AARSLEFFRAIL), Alstom, Bombardier, MERMEC, Siemens, and Trimble.
Other Prominent Vendors in the market are: imc MeBsysteme, Australian Rail Technology, CIM (MECHAN), IEM, JLI Vision, KLD Labs, Lynx Engineering Consultants (Lynxrail), Rail Vision Europe, Resonate Group (DeltaRail), SBB, SELVISTIC (SelectraVision), Spectris (HBM), and Kistler.
Commenting on the report, an analyst from the research team said: “One trend in the market is digitalization in railway sector. The global railway industry is moving toward the digitalization of railway systems. Developing a digital platform and integrating information from automatic inspection systems and other departments will provide a roadmap for transparency in the system. In addition: it will reduce the total cost for maintenance of railway systems and procurement of rolling stock. All the data from each department can be analyzed and efficient planning can be done. The digitalization of railway will help in reducing the congestion and railway traffic. Many countries are over utilizing their current railway networks, which is hampering their current efficiency and increased maintenance expenses.”
According to the report, one driver in the market is high accuracy in identification of defects. The efficiency of the railcar depends on the critical inspection and maintenance process of rolling stock, such as wheels, brake pads, and machinery. The inspection and maintenance of the rolling stock are crucial as they are directly linked to the reliability, mainline efficiency, and safety of railcars. The brake pad needs precise inspection as it wears out frequently, owing to high friction and heat generated during the clamping of brakes on wheelsets while braking the railcar. The inspection of brake pads helps the railway staff in performing service and maintenance tasks before the breaks wear off.
The study was conducted using an objective combination of primary and secondary information including inputs from key participants in the industry. The report contains a comprehensive market and vendor landscape in addition to a SWOT analysis of the key vendors.
The author of the report recognizes the following companies as the key players in the global automatic brake pad inspection system market: AARSLEFF (AARSLEFFRAIL), Alstom, Bombardier, MERMEC, Siemens, and Trimble.
Other Prominent Vendors in the market are: imc MeBsysteme, Australian Rail Technology, CIM (MECHAN), IEM, JLI Vision, KLD Labs, Lynx Engineering Consultants (Lynxrail), Rail Vision Europe, Resonate Group (DeltaRail), SBB, SELVISTIC (SelectraVision), Spectris (HBM), and Kistler.
Commenting on the report, an analyst from the research team said: “One trend in the market is digitalization in railway sector. The global railway industry is moving toward the digitalization of railway systems. Developing a digital platform and integrating information from automatic inspection systems and other departments will provide a roadmap for transparency in the system. In addition: it will reduce the total cost for maintenance of railway systems and procurement of rolling stock. All the data from each department can be analyzed and efficient planning can be done. The digitalization of railway will help in reducing the congestion and railway traffic. Many countries are over utilizing their current railway networks, which is hampering their current efficiency and increased maintenance expenses.”
According to the report, one driver in the market is high accuracy in identification of defects. The efficiency of the railcar depends on the critical inspection and maintenance process of rolling stock, such as wheels, brake pads, and machinery. The inspection and maintenance of the rolling stock are crucial as they are directly linked to the reliability, mainline efficiency, and safety of railcars. The brake pad needs precise inspection as it wears out frequently, owing to high friction and heat generated during the clamping of brakes on wheelsets while braking the railcar. The inspection of brake pads helps the railway staff in performing service and maintenance tasks before the breaks wear off.
The study was conducted using an objective combination of primary and secondary information including inputs from key participants in the industry. The report contains a comprehensive market and vendor landscape in addition to a SWOT analysis of the key vendors.
Note: Product cover images may vary from those shown
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- AARSLEFF (AARSLEFFRAIL)
- Alstom
- Bombardier
- MERMEC
- Siemens
- Trimble
- imc MeBsysteme
- Australian Rail Technology
- CIM (MECHAN)
- IEM
- JLI Vision
- KLD Labs
- Lynx Engineering Consultants (Lynxrail)
- Rail Vision Europe
- Resonate
Note: Product cover images may vary from those shown
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Note: Product cover images may vary from those shown
