mtidrones-blog

[mtidrones-blog]

MTI DRONES Services

Visual Inspection

Significant cost savings

Our drone inspection technique means complex assets, difficult to access structures and confined areas can be inspected in a fraction of the time of traditional access methods. Together with the ability to inspect live equipment, this drastically reduces inspection costs.

Improved health and safety

Small, unmanned, battery operated drones reduce the need for people to be placed in potentially dangerous locations, such as at height or in confined spaces. Detailed risk assessments and method statements are prepared before every assignment.

High quality data

Fully qualified inspection engineers are present on every assignment to provide an interim report at the end of each day, prior to a detailed inspection report which is compiled back in our Inspection Centre.

 Consultations & Demonstrations

Flying unmanned aircraft in safety critical, industrial environments – no matter how remote – requires much more than just your FAA part 107 license. Setting up an internal drone division requires industry specific training, detailed knowledge of aviation regulations, equipment maintenance procedures, incident response training and much more.

With over 5 years of experience in the UAV Industry and hundred of flight hours recoreded, multiple industry bodies have turned to Mechanical Testing Inc. to set the standard for industry specific drone training and competency guidelines. Through our drone consultancy business, we bring this unrivalled experience and knowledge base to large operators and organisations looking to build their own drone division.

 Land Survey

Using our fleet of Phantom 4 RTKs, we are able to acquire high resolution images, as well as, centimeter level positioning in our maps. This imagery is processed using advanced photogrammetry software to generate orthomosaic maps, digital elevation models, 3D Models and panoramic images of a site.  This type of imagery is commonly used for site design, health and safety inductions, evacuation plans, tendering information and as-built photography. 

Topographic/Orthomosaic Mapping:

Orthomosaic Maps are a powerful tool used in a series of industries, allowing users to gather an accurate representation of land calculating a given distance, area or volume. Orthomosaic Maps consist of a series of individual high resolution, low altitude images stitched together using embedded longitude & latitude coordinates to create one high resolution composite image.  These images are adjusted accordingly to account for lens distortion and camera tilt.

3D Map Reconstruction:

Have you ever wanted to create a 3D image of a building or specific area?  With drones, this is now easier than ever! In order to properly create a 3D Map using drones you will need an accurate Geographic Information System (GIS).  This system is used to capture, store, manipulate, analyze, manage, and present spatial or geographic data. When creating 3D maps the drone will fly autonomously using preprogrammed waypoints set by the pilot.  This is imperative as this will cover 80-90% overlap of a given area which would be extremely difficult for a pilot to perform manually.

For more details on our products and services, please feel free to visit us at:  DJI Phantom, Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit.

[mtidrones-blog]

MTI DRONES

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. Thats where the Optical-Zoom Capable Cameras come into play.

By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Repid Assessment & problem area identification, Compehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

For more details on our products and services, please feel free to visit us at:  

dji agriculture solution package,

Parachute Recovery System,

DJI Phantom,

Mavic 2 Enterprise,

DJI Matrice.

[mtidrones-blog]

MTI DRONES

Visual Inspection

Significant cost savings

Our drone inspection technique means complex assets, difficult to access structures and confined areas can be inspected in a fraction of the time of traditional access methods. Together with the ability to inspect live equipment, this drastically reduces inspection costs.

Improved health and safety

Small, unmanned, battery operated drones reduce the need for people to be placed in potentially dangerous locations, such as at height or in confined spaces. Detailed risk assessments and method statements are prepared before every assignment.

High quality data

Fully qualified inspection engineers are present on every assignment to provide an interim report at the end of each day, prior to a detailed inspection report which is compiled back in our Inspection Centre.

Land Survey

Using our fleet of Phantom 4 RTKs, we are able to acquire high resolution images, as well as, centimeter level positioning in our maps. This imagery is processed using advanced photogrammetry software to generate orthomosaic maps, digital elevation models, 3D Models and panoramic images of a site.  This type of imagery is commonly used for site design, health and safety inductions, evacuation plans, tendering information and as-built photography. 

Topographic/Orthomosaic Mapping:

Orthomosaic Maps are a powerful tool used in a series of industries, allowing users to gather an accurate representation of land calculating a given distance, area or volume. Orthomosaic Maps consist of a series of individual high resolution, low altitude images stitched together using embedded longitude & latitude coordinates to create one high resolution composite image.  These images are adjusted accordingly to account for lens distortion and camera tilt.

3D Map Reconstruction:

Have you ever wanted to create a 3D image of a building or specific area?  With drones, this is now easier than ever! In order to properly create a 3D Map using drones you will need an accurate Geographic Information System (GIS).  This system is used to capture, store, manipulate, analyze, manage, and present spatial or geographic data. When creating 3D maps the drone will fly autonomously using preprogrammed waypoints set by the pilot.  This is imperative as this will cover 80-90% overlap of a given area which would be extremely difficult for a pilot to perform manually.

 Consultations & Demonstrations

Flying unmanned aircraft in safety critical, industrial environments – no matter how remote – requires much more than just your FAA part 107 license. Setting up an internal drone division requires industry specific training, detailed knowledge of aviation regulations, equipment maintenance procedures, incident response training and much more.

With over 5 years of experience in the UAV Industry and hundred of flight hours recoreded, multiple industry bodies have turned to Mechanical Testing Inc. to set the standard for industry specific drone training and competency guidelines. Through our drone consultancy business, we bring this unrivalled experience and knowledge base to large operators and organisations looking to build their own drone division.

For more details on our products and services, please feel free to visit us at: Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit, Smart Controller.

[mtidrones-blog]

MTI DRONES Services

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. Thats where the Optical-Zoom Capable Cameras come into play.

By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Repid Assessment & problem area identification, Compehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

For more details on our products and services, please feel free to visit us at: DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions, aerial solutions drone.  

[mtidrones-blog]

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

 Services

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. That’s where the Optical-Zoom Capable Cameras come into play.

By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Rapid Assessment & problem area identification, Comprehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

For more details on our products and services, please feel free to visit us at: DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions, aerial solutions drone.  

[mtidrones-blog]

Mechanical Testing Inc.

Flying unmanned aircraft in safety critical, industrial environments – no matter how remote – requires much more than just your FAA part 107 license. Setting up an internal drone division requires industry specific training, detailed knowledge of aviation regulations, equipment maintenance procedures, incident response training and much more.

With over 5 years of experience in the UAV Industry and hundreds of flight hours recorded, multiple industry bodies have turned to Mechanical Testing Inc. to set the standard for industry specific drone training and competency guidelines. Through our drone consultancy business, we bring this unrivalled experience and knowledge base to large operators and organizations looking to build their own drone division.

Visual Inspection

Significant cost savings

Our drone inspection technique means complex assets, difficult to access structures and confined areas can be inspected in a fraction of the time of traditional access methods. Together with the ability to inspect live equipment, this drastically reduces inspection costs.

Improved health and safety

Small, unmanned, battery operated drones reduce the need for people to be placed in potentially dangerous locations, such as at height or in confined spaces. Detailed risk assessments and method statements are prepared before every assignment.

 High quality data

Fully qualified inspection engineers are present on every assignment to provide an interim report at the end of each day, prior to a detailed inspection report which is compiled back in our Inspection Centre.

 Land Survey

Using our fleet of Phantom 4 RTKs, we are able to acquire high resolution images, as well as, centimeter level positioning in our maps. This imagery is processed using advanced photogrammetry software to generate orthomosaic maps, digital elevation models, 3D Models and panoramic images of a site.  This type of imagery is commonly used for site design, health and safety inductions, evacuation plans, tendering information and as-built photography. 

 Topographic/Orthomosaic Mapping:

Orthomosaic Maps are a powerful tool used in a series of industries, allowing users to gather an accurate representation of land calculating a given distance, area or volume. Orthomosaic Maps consist of a series of individual high resolution, low altitude images stitched together using embedded longitude & latitude coordinates to create one high resolution composite image.  These images are adjusted accordingly to account for lens distortion and camera tilt.

 3D Map Reconstruction:

Have you ever wanted to create a 3D image of a building or specific area?  With drones, this is now easier than ever! In order to properly create a 3D Map using drones you will need an accurate Geographic Information System (GIS).  This system is used to capture, store, manipulate, analyze, manage, and present spatial or geographic data. When creating 3D maps the drone will fly autonomously using preprogrammed waypoints set by the pilot.  This is imperative as this will cover 80-90% overlap of a given area which would be extremely difficult for a pilot to perform manually.

For more details on our products and services, please feel free to visit us at: Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit, Smart Controller.  

[mtidrones-blog]

MTI DRONES Services

Consultations & Demonstrations

Flying unmanned aircraft in safety critical, industrial environments – no matter how remote – requires much more than just your FAA part 107 license. Setting up an internal drone division requires industry specific training, detailed knowledge of aviation regulations, equipment maintenance procedures, incident response training and much more.

With over 5 years of experience in the UAV Industry and hundred of flight hours recoreded, multiple industry bodies have turned to Mechanical Testing Inc. to set the standard for industry specific drone training and competency guidelines. Through our drone consultancy business, we bring this unrivalled experience and knowledge base to large operators and organisations looking to build their own drone division.

 Visual Inspection

Significant cost savings

Our drone inspection technique means complex assets, difficult to access structures and confined areas can be inspected in a fraction of the time of traditional access methods. Together with the ability to inspect live equipment, this drastically reduces inspection costs.

Improved health and safety

Small, unmanned, battery operated drones reduce the need for people to be placed in potentially dangerous locations, such as at height or in confined spaces. Detailed risk assessments and method statements are prepared before every assignment.

High quality data

Fully qualified inspection engineers are present on every assignment to provide an interim report at the end of each day, prior to a detailed inspection report which is compiled back in our Inspection Centre.

Land Survey

Using our fleet of Phantom 4 RTKs, we are able to acquire high resolution images, as well as, centimeter level positioning in our maps. This imagery is processed using advanced photogrammetry software to generate orthomosaic maps, digital elevation models, 3D Models and panoramic images of a site.  This type of imagery is commonly used for site design, health and safety inductions, evacuation plans, tendering information and as-built photography. 

Topographic/Orthomosaic Mapping:

Orthomosaic Maps are a powerful tool used in a series of industries, allowing users to gather an accurate representation of land calculating a given distance, area or volume. Orthomosaic Maps consist of a series of individual high resolution, low altitude images stitched together using embedded longitude & latitude coordinates to create one high resolution composite image.  These images are adjusted accordingly to account for lens distortion and camera tilt.

3D Map Reconstruction:

Have you ever wanted to create a 3D image of a building or specific area?  With drones, this is now easier than ever! In order to properly create a 3D Map using drones you will need an accurate Geographic Information System (GIS).  This system is used to capture, store, manipulate, analyze, manage, and present spatial or geographic data. When creating 3D maps the drone will fly autonomously using preprogrammed waypoints set by the pilot.  This is imperative as this will cover 80-90% overlap of a given area which would be extremely difficult for a pilot to perform manually.

For more details on our products and services, please feel free to visit us at:  DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions, aerial solutions drone.

[mtidrones-blog]

MTI DRONES

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. Thats where the Optical-Zoom Capable Cameras come into play.

By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Repid Assessment & problem area identification, Compehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

For more details on our products and services, please feel free to visit us at: Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit, Smart Controller.  

[mtidrones-blog]

MTI DRONES

Land Survey

Using our fleet of Phantom 4 RTKs, we are able to acquire high resolution images, as well as, centimeter level positioning in our maps. This imagery is processed using advanced photogrammetry software to generate orthomosaic maps, digital elevation models, 3D Models and panoramic images of a site.  This type of imagery is commonly used for site design, health and safety inductions, evacuation plans, tendering information and as-built photography. 

Topographic/Orthomosaic Mapping:

Orthomosaic Maps are a powerful tool used in a series of industries, allowing users to gather an accurate representation of land calculating a given distance, area or volume. Orthomosaic Maps consist of a series of individual high resolution, low altitude images stitched together using embedded longitude & latitude coordinates to create one high resolution composite image.  These images are adjusted accordingly to account for lens distortion and camera tilt.

3D Map Reconstruction:

Have you ever wanted to create a 3D image of a building or specific area?  With drones, this is now easier than ever! In order to properly create a 3D Map using drones you will need an accurate Geographic Information System (GIS).  This system is used to capture, store, manipulate, analyze, manage, and present spatial or geographic data. When creating 3D maps the drone will fly autonomously using preprogrammed waypoints set by the pilot.  This is imperative as this will cover 80-90% overlap of a given area which would be extremely difficult for a pilot to perform manually.

Visual Inspection

Significant cost savings

Our drone inspection technique means complex assets, difficult to access structures and confined areas can be inspected in a fraction of the time of traditional access methods. Together with the ability to inspect live equipment, this drastically reduces inspection costs.

Improved health and safety

Small, unmanned, battery operated drones reduce the need for people to be placed in potentially dangerous locations, such as at height or in confined spaces. Detailed risk assessments and method statements are prepared before every assignment.

High quality data

Fully qualified inspection engineers are present on every assignment to provide an interim report at the end of each day, prior to a detailed inspection report which is compiled back in our Inspection Centre.

 Consultations & Demonstrations

Flying unmanned aircraft in safety critical, industrial environments – no matter how remote – requires much more than just your FAA part 107 license. Setting up an internal drone division requires industry specific training, detailed knowledge of aviation regulations, equipment maintenance procedures, incident response training and much more.

With over 5 years of experience in the UAV Industry and hundred of flight hours recoreded, multiple industry bodies have turned to Mechanical Testing Inc. to set the standard for industry specific drone training and competency guidelines. Through our drone consultancy business, we bring this unrivalled experience and knowledge base to large operators and organisations looking to build their own drone division.

For more details on our products and services, please feel free to visit us at: DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions, aerial solutions drone.  

[mtidrones-blog]

MTI DRONES

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. Thats where the Optical-Zoom Capable Cameras come into play.

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

 By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Repid Assessment & problem area identification, Compehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

For more details on our products and services, please feel free to visit us at: Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit, Smart Controller.  

[mtidrones-blog]

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

 Services

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. That’s where the Optical-Zoom Capable Cameras come into play.

By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Rapid Assessment & problem area identification, Comprehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

For more details on our products and services, please feel free to visit us at: DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions,  aerial solutions drone.

[mtidrones-blog]

Consultations & Demonstrations

Flying unmanned aircraft in safety critical, industrial environments – no matter how remote – requires much more than just your FAA part 107 license. Setting up an internal drone division requires industry specific training, detailed knowledge of aviation regulations, equipment maintenance procedures, incident response training and much more.

With over 5 years of experience in the UAV Industry and hundreds of flight hours recorded, multiple industry bodies have turned to Mechanical Testing Inc. to set the standard for industry specific drone training and competency guidelines. Through our drone consultancy business, we bring this unrivalled experience and knowledge base to large operators and organizations looking to build their own drone division.

Visual Inspection

Significant cost savings

Our drone inspection technique means complex assets, difficult to access structures and confined areas can be inspected in a fraction of the time of traditional access methods. Together with the ability to inspect live equipment, this drastically reduces inspection costs.

Improved health and safety

Small, unmanned, battery operated drones reduce the need for people to be placed in potentially dangerous locations, such as at height or in confined spaces. Detailed risk assessments and method statements are prepared before every assignment.

 High quality data

Fully qualified inspection engineers are present on every assignment to provide an interim report at the end of each day, prior to a detailed inspection report which is compiled back in our Inspection Centre.

 Land Survey

Using our fleet of Phantom 4 RTKs, we are able to acquire high resolution images, as well as, centimeter level positioning in our maps. This imagery is processed using advanced photogrammetry software to generate orthomosaic maps, digital elevation models, 3D Models and panoramic images of a site.  This type of imagery is commonly used for site design, health and safety inductions, evacuation plans, tendering information and as-built photography. 

 Topographic/Orthomosaic Mapping:

Orthomosaic Maps are a powerful tool used in a series of industries, allowing users to gather an accurate representation of land calculating a given distance, area or volume. Orthomosaic Maps consist of a series of individual high resolution, low altitude images stitched together using embedded longitude & latitude coordinates to create one high resolution composite image.  These images are adjusted accordingly to account for lens distortion and camera tilt.

 3D Map Reconstruction:

Have you ever wanted to create a 3D image of a building or specific area?  With drones, this is now easier than ever! In order to properly create a 3D Map using drones you will need an accurate Geographic Information System (GIS).  This system is used to capture, store, manipulate, analyze, manage, and present spatial or geographic data. When creating 3D maps the drone will fly autonomously using preprogrammed waypoints set by the pilot.  This is imperative as this will cover 80-90% overlap of a given area which would be extremely difficult for a pilot to perform manually.

For more details on our products and services, please feel free to visit us at: Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit, Smart Controller.

[mtidrones-blog]

MTI DRONES

Land Survey

Using our fleet of Phantom 4 RTKs, we are able to acquire high resolution images, as well as, centimeter level positioning in our maps. This imagery is processed using advanced photogrammetry software to generate orthomosaic maps, digital elevation models, 3D Models and panoramic images of a site.  This type of imagery is commonly used for site design, health and safety inductions, evacuation plans, tendering information and as-built photography. 

Topographic/Orthomosaic Mapping:

Orthomosaic Maps are a powerful tool used in a series of industries, allowing users to gather an accurate representation of land calculating a given distance, area or volume. Orthomosaic Maps consist of a series of individual high resolution, low altitude images stitched together using embedded longitude & latitude coordinates to create one high resolution composite image.  These images are adjusted accordingly to account for lens distortion and camera tilt.

3D Map Reconstruction:

Have you ever wanted to create a 3D image of a building or specific area?  With drones, this is now easier than ever! In order to properly create a 3D Map using drones you will need an accurate Geographic Information System (GIS).  This system is used to capture, store, manipulate, analyze, manage, and present spatial or geographic data. When creating 3D maps the drone will fly autonomously using preprogrammed waypoints set by the pilot.  This is imperative as this will cover 80-90% overlap of a given area which would be extremely difficult for a pilot to perform manually.

 Visual Inspection

Significant cost savings

Our drone inspection technique means complex assets, difficult to access structures and confined areas can be inspected in a fraction of the time of traditional access methods. Together with the ability to inspect live equipment, this drastically reduces inspection costs.

Improved health and safety

Small, unmanned, battery operated drones reduce the need for people to be placed in potentially dangerous locations, such as at height or in confined spaces. Detailed risk assessments and method statements are prepared before every assignment.

High quality data

Fully qualified inspection engineers are present on every assignment to provide an interim report at the end of each day, prior to a detailed inspection report which is compiled back in our Inspection Centre.

 Consultations & Demonstrations

Flying unmanned aircraft in safety critical, industrial environments – no matter how remote – requires much more than just your FAA part 107 license. Setting up an internal drone division requires industry specific training, detailed knowledge of aviation regulations, equipment maintenance procedures, incident response training and much more.

With over 5 years of experience in the UAV Industry and hundred of flight hours recoreded, multiple industry bodies have turned to Mechanical Testing Inc. to set the standard for industry specific drone training and competency guidelines. Through our drone consultancy business, we bring this unrivalled experience and knowledge base to large operators and organisations looking to build their own drone division.

For more details on our products and services, please feel free to visit us at: DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions, aerial solutions drone.

[mtidrones-blog]

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

MTI DRONES Services

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. Thats where the Optical-Zoom Capable Cameras come into play.

By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Repid Assessment & problem area identification, Compehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

For more details on our products and services, please feel free to visit us at:  Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit, Smart Controller.

[mtidrones-blog]

DJI Mavic Mini Prop Cage Case

There is significant interest in the Enterprise UAV drone market for the Mavic Mini with Propeller Guards for use in indoor and close-quarters environments. We designed this case for Enterprise and Public Safety professionals who want to transport their Mini with propeller guards attached and need to hold more gear than the basic Fly More Combo items. We evaluated the market demands and designed for a total of 10 batteries including one in the Mini and 3 in the hub. We enabled it to fit either DJI propeller guards or the PGYTECH propeller cage. We also made cavities for the LensPen and a Micro SD Card holder. You also have five cavities for other accessories that can be held in by the guards or baggies for the small items. This case accommodates the most popular tablet holders. Finally, we designed this super-compact case with our signature lower tray allowing for storage of either the iPad Air, iPad, or cell.

DJI Smart Controller

Ultra-Bright Display

The DJI Smart Controller has a built-in 5.5-inch 1080p screen, providing an ultra-bright display to keep your live feed easily viewable, even in direct sunlight. At 1000 cd/m2, the display is approximately twice as bright as conventional smart device screens.

OcuSync 2.0 Full-HD Video Transmission

Equipped with OcuSync 2.0 Full-HD video transmission technology, the DJI Smart Controller supports automatic switching between 2.4 GHz and 5.8 GHz, reducing the influence of environmental interference on drone operation and image quality. This also ensures reliable long-range transmission at distances of up to 8 km.

Efficient and Portable

The DJI Smart Controller connects to your drone as soon as it's powered on so you can take off fast and never miss a moment of the action. Featuring an integrated design with detachable control sticks, the DJI Smart Controller is also portable enough to bring with you anywhere.

Reliable in More Environments

The DJI Smart Controller is capable of stable operation in temperatures ranging from -20°C to 40°C, giving you a reliable HD connection with your drone in more places.

DJI Go Share

Easily transfer your aerial photos and videos from the DJI Smart Controller to your mobile device using the DJI GO 4 app’s new Go Share function.

Customized System

The DJI Smart Controller's customized Android system and optimized DJI GO 4 app give you freedom from the restraints of conventional mobile devices to ensure faster, focused aerial creation. The Smart Controller also supports third-party apps for a variety of additional sharing and editing options.

Excellent Audio and Video Performance

The DJI Smart Controller comes with a built-in microphone and speaker for expanded options such as livestreaming. It can also playback video through the HDMI output port at 4K with H.264 or H.265.

SkyTalk

The new SkyTalk feature is an amazing way to let others in on your aerial experience. Use it to livestream your drone’s camera view directly to social media platforms like Facebook and Instagram. It also allows you to create and share short videos instantly.

Long-Lasting Battery Life

The 5000mAh battery supports Quick Charging and can work continuously for up to 2.5 hours.

For more details on our products and services, please feel free to visit us at: Mavic 2 Enterprise, DJI Matrice, Tello, Fly More Kit, Smart Controller.

[mtidrones-blog]

DJI Matrice 600 Pro

The Matrice 600 Pro (M600 Pro) inherits everything from the M600 with improved flight performance and better loading capacity.Pre-installed arms and antennas reduce time required for setup, and the system’s modular design makes it easy to mount additional modules.The airframe is equipped with the latest DJI technologies, including the A3 Pro flight controller, Lightbridge 2 HD transmission system, Intelligent Batteries and Battery Management system. Several Zenmuse cameras and gimbals are natively compatible and full integration with third party software and hardware make the M600 Pro ideal for professional aerial photography and industrial applications.

 A3 PRO FLIGHT CONTROLLER.  SUPERLATIVE PERFORMANCE

The A3 Pro flight controller has triple modular redundancy and diagnostic algorithims that compare sensor data from three sets of GNSS units, with additional analytic redundancy for a total of six.  A new dampining system for the A3's modulars enable precise control of multi-rotar aircraft, providing accurate data for stable flight performance.  Self-adaptive systems with automatically adjust flight perameters based on different payloads.  Compatibility with D-RTK GNSS means that the A3 Pro can withstand magnetic interference, providing centimeter-level accurancy, suitable for various industrial applications.

 COMPLETE INTEGRATION ULTRA CONVENIENT 

The M600 Pro is simple and easy to set up, ready to fly within a matter of minutes.  It's airframe has been optimized for easier transportation with a quick-release landing gear design and folding frame arms.  Under the new upper cover, the position of the GNSS modles and sensors have been revamped and a new dampining system for the IMU units increases reliability during flight.  The M600 Pro also comes with a durable, customizable case that absorbs impact from shakes or falls, providing all-round protection when carried or transported.

 AERIAL IMAGING SOLUTION

Dustproof propulsion systems simplify maintenance and active cooling motors ensure that operation is reliable for extended periods of time. The M600 Pro is natively compatible with several Zenmuse cameras and gimbals. With a maximum payload of 6kg, it effortlessly supports the Ronin-MX gimbal, DJI Focus and a range of cameras from Micro Four Thirds systems to the RED EPIC.

 EXTENDED FLIGHT TIME AND TRANSMISSION RANGE

The M600 Pro has an extended flight time and a 5km* long-range transmission. A comprehensive battery management system means that if any of its six Intelligent Batteries are turned on or off, the rest will follow suit. The battery management system monitors every battery during flight, ensuring safe landing in the event of single battery failure. Compared to traditional non-intelligent batteries, the M600 Pro’s battery management system simplifies maintenance while enhancing security.

For more details on our products and services, please feel free to visit us at: DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions, aerial solutions drone.

[mtidrones-blog]

Thermal Imaging Inspection

We use drone-mounted full radiometric thermal cameras to inspect sites and assets for leakages, concealed defects and problematic temperature variations. The use of drones is particularly well-suited to high, difficult to reach assets.

This solution overcomes the challenges of surveying large and inaccessible areas, offering a technique which is quicker, safer and creates significant cost efficiencies.

Identify problems before failure occurs

The speed, ease and cost of drone-based thermal inspection means this workscope can be carried out more frequently than traditional methods. In turn, this means identified areas can be monitored more often until maintenance or replacement can take place, ensuring failure does not occur.

Reduce costs

Avoid the expense of using helicopters or the time inefficiency caused by conducting inspections manually.

Detailed, accurate data

Manual thermal inspections are often slow to undertake and can provide inaccurate data, particularly from high or difficult to access areas. Avoid guesswork and incorrect decision making with detailed, actionable data.

 Services

The building inspection and surveying industry are starting to appreciate the benefits of small unmanned drones as a tool for surveying buildings, especially for roofs and other inaccessible locations.

Drones are changing the game when it comes to roof inspections, making them safer and more efficient for construction companies around the world.

Thermal cameras and Optical-Zoom Capable Cameras are powerful tools for conducting roof inspections. Thermal Cameras can point out the wet areas on a roof, where heat is retained longer than dry areas. After the sun goes down and a roof begins to cool, thermal imagery also detects these temperature differences and helps inspectors pinpoint areas of concern that warrant a closer look. That’s where the Optical-Zoom Capable Cameras come into play.

By allowing inspectors to perform remote inspections with real-time information, drone mapping reduces the amount of time workers spend in dangerous areas. If an inspector can reduce the time spent on a roof by 3–4 hours, that’s 3–4 hours he is on the ground and out of harm’s way.

As thermal sensors become smaller, lighter and less expensive, applications for thermal imaging and inspection continue to take off. Whether you’re inspecting HVAC units, wind turbines, roofs, cell towers or solar farms – even finding missing people, thermal imaging and inspection can provide invaluable information in so many applications.  For example, Rapid Assessment & problem area identification, Comprehensive scans of large buildings, Roof assessment for property owners/designers/insurance claims, Report highlighting areas of possible leaks, damage and roof failures, the best aerial thermal imaging technology and perfeft for steep/unaccessible roofs or structures.

For more details on our products and services, please feel free to visit us at:  DJI Enterprise Dealer, DJI Drone Repair Center, Drone Solutions, enterprise drone solutions, aerial solutions drone.