Welcome to Advent Drones, your premier destination for aerial solutions in Western Canada.
Safety
“With a profit of five per cent,the sales and services required to cover the cost of one injury equals 1.2 million”
Ontario Workplace Safety and Insurance Board 2023
“The average cost of benefits for time-loss claims due to a work related slip ,trip or fall is $7,807,claims for the year totaled $1,075,702 in benefit payments and 8,389 days from work”
Workers Compensation Board of Nova Scotia 2022
“On average ,slip,trip and fall injuries cost B.C. businesses 440,000 lost workdays and more than $148 million in claim costs each year”
Work Safe BC 2023
Advent Drones greatly reduces worker risk by using advanced drone technology for tasks in dangerous environments. Our drones handle inspections, infrastructure surveys, and remote site monitoring,
Advantages of Using Thermal Drones in Inspections
1. Enhanced Detection of Issues
Thermal drones excel at identifying temperature variations across surfaces, making them invaluable for detecting problems such as heat loss in buildings, electrical hotspots, and moisture intrusion. This capability allows for proactive maintenance and repair, ultimately saving time and money.
2. Increased Safety
Conducting inspections in hazardous environments can pose significant risks to personnel. Thermal drones can traverse high-altitude structures, hazardous sites, or areas with harmful substances, reducing the need for workers to put themselves in dangerous situations.
3. Efficiency and Speed
Thermal imaging technology enables rapid inspections over large areas. Drones cover significant ground much faster than traditional ground-based methods, leading to quicker assessments and faster reporting. This efficiency is particularly beneficial in time-sensitive projects.
4. High-Quality Data Collection
Thermal drones capture high-resolution thermal images that provide detailed insights into the condition of structures and equipment. This data can be analysed for various applications, including predictive maintenance and energy audits, facilitating informed decision-making.
5. Cost-Effectiveness
Investing in thermal drone inspections can result in substantial cost savings by identifying problems before they escalate into costly repairs. Reduced manual labour, decreased downtime, and efficient inspections contribute to overall project savings.
6. Versatility Across Industries
Thermal drones can be applied in numerous sectors, such as construction, agriculture, energy, and environmental monitoring. This versatility allows businesses to leverage the technology for multiple inspection purposes, from identifying crop health issues to monitoring solar panel efficiency.
7. Minimal Disruption to Operations
Unlike traditional methods which may require shutdowns or extensive set-up, thermal inspections using drones can often be conducted with minimal disruption. This means that ongoing operations in facilities can continue while the inspection takes place, mitigating any potential impact on productivity.
8. Superior Reporting Capabilities
Thermal drones are equipped with software that allows for immediate data analysis and report generation. This means that stakeholders can receive timely insights, enabling faster decision-making and more effective project management.
Incorporating thermal drones into inspection processes not only streamlines operations but also enhances the accuracy and safety of evaluations, making them a practical choice for businesses aiming to optimize their performance and reduce risks.
Thermal report showing irregularities in retail shopping complex roof
Thermal inspections conducted at night,are undertaken with a high degree of situational awareness and operator experience
Solar panel (PV) installation inspection reveals faults in several panels
The Zenmuse H20T enhances safety in aerial operations by combining powerful imaging capabilities with a robust design. Featuring a high-performance zoom camera, it allows operators to monitor and assess situations from a significant distance, minimizing risk while maintaining situational awareness.
With its multi-sensor configuration—incorporating thermal, RGB, and laser rangefinder capabilities—the H20T provides comprehensive data collection without the need for close proximity. This is crucial for tasks such as search and rescue, infrastructure inspections, and environmental monitoring.
By keeping a safe distance, the Zenmuse H20T supports safe flight operations, reducing the potential for accidents while ensuring effective response and assessment. As a result, users can make informed decisions promptly and securely, reinforcing Advent Drones’ commitment to safety and efficiency in all aerial service applications.
Thermal cameras are powerful tools for detecting roof defects by identifying temperature variations across a surface. When used in roof inspections, they can reveal hidden issues that may not be visible to the naked eye.
How Thermal Cameras Work
Thermal cameras detect infrared radiation emitted by all objects, translating this data into visual images known as thermal maps. These maps display varying temperatures using colour gradients.
Detecting Roof Defects
Moisture Intrusion: One of the primary uses of thermal imaging in roof inspections is identifying areas of moisture retention. Waterlogged insulation or roofing materials will retain heat differently compared to dry areas, appearing darker in thermal imagery. This allows inspectors to pinpoint areas where moisture is likely to have infiltrated.
Air Leaks: Thermal cameras can help locate air leaks in roofing systems. If there are gaps or deteriorated seals, warm air from the building can escape, causing temperature differences that are easily detectable. This is crucial for improving energy efficiency and preventing further damage.
Insulation Issues: Inadequate or missing insulation can lead to heat loss, particularly in flat roofs. Thermal imaging can highlight areas where insulation may be compromised, allowing for targeted repairs.
Structural Problems: Deformations or compromised areas in the roofing structure can lead to temperature variations. Inspectors can use thermal imaging to detect these anomalies, potentially indicating underlying issues such as sagging or weak spots.
Identification of Sun Damage: Over time, UV exposure can cause roofing materials to break down. Thermal imaging helps detect and assess these areas, leading to more proactive maintenance and replacement decisions.
Benefits of Using Thermal Cameras
Non-Invasive: Thermal imaging allows for assessments without the need for physical alterations, preserving the integrity of the roof.
Time Efficiency: Inspections can be performed quickly over large areas, saving time in comparison to traditional methods.
Comprehensive Analysis: Thermal cameras provide a thorough overview of the roof’s condition in one inspection, enabling faster decision-making for repairs or replacements.
Conclusion
By utilising thermal cameras for roof inspection, property owners can gain invaluable insights into the hidden issues affecting their roofs. The ability to detect moisture intrusion, air leaks, insulation problems, and structural defects enhances preventative maintenance strategies and ensures protection of assets.