Frequently Asked Questions

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A: Ground, Aerial Photography, Videography, and Helicopter Services

B: Drone Operations in New Zealand

C: Thermal Imaging Services

D: Utility Inspections with Drones

E: Asset Inspections with Drones

F: Digital Twins with Drones

G: Security using Drones

A: Ground, Aerial Photography, Videography, and Helicopter Services FAQ's

We provide a comprehensive range of photography and videography services, including:

  • Ground Photography: Professional stills for real estate, corporate events, portraits, and product shoots.
  • Ground Videography: High-quality video production for marketing, events, and cinematic storytelling.
  • Drone (Aerial) Photography & Videography: Stunning aerial shots using advanced drones, ideal for real estate, construction monitoring, and more.

Helicopter Photography & Videography: Capturing unique perspectives from a helicopter, suitable for large-scale landscapes, expansive property overviews, and projects requiring higher altitudes.
  • Drones: Best for capturing lower altitude shots, detailed images, or video footage over smaller areas. They’re ideal for real estate, close-up building inspections, and creative cinematography.

Helicopters: Used when higher altitude views are necessary, such as large infrastructure projects, expansive landscape photography, or when shooting in areas where drone use is restricted. Helicopters provide flexibility in terms of altitude and speed.
  • Ground Photography & Videography: High-end DSLR and mirrorless cameras, professional lighting, stabilizers, and audio equipment.
  • Drone Operations: Drones with 4K or higher resolution cameras, stabilized gimbals, and advanced flight systems.

Helicopter Photography: Professional-grade camera rigs with stabilization systems to capture clear and smooth images or video footage at high speeds or altitudes.
    • Drone Safety: We are fully certified and compliant with aviation regulations, conducting risk assessments and using geofencing to maintain safe flight boundaries.
    Helicopter Safety: We work with experienced pilots and adhere to all aviation safety guidelines. Our crew is trained in safety protocols, and we coordinate with air traffic control to ensure safe and legal operations.

Yes, we manage all the necessary permissions and clearances for both drone and helicopter operations. This includes filing flight plans, securing airspace permissions, and ensuring compliance with local and national aviation laws.

Helicopters can:

    • Fly higher and cover larger areas compared to drones.
    • Operate in airspaces that are restricted to drones.
    • Capture dynamic and wide-ranging shots that may be inaccessible to drones due to regulations or terrain.
    • Provide stability and flexibility for long-duration shoots, making them ideal for large-scale projects.

Weather plays a critical role. We aim for clear skies and calm conditions for drone and helicopter shoots. Strong winds, rain, or poor visibility can impact safety and image quality. We closely monitor weather forecasts and will reschedule if necessary.
  • Initial Planning: We discuss your project needs and determine the best aerial platform (drone or helicopter).
  • Flight Path Coordination: For helicopter shoots, we work with pilots to map out flight paths, accounting for safety, lighting, and optimal angles.
  • Pre-Shoot Preparation: Includes equipment setup, risk assessments, and coordination with air traffic control if needed.

Execution: We capture high-quality footage or images, adjusting plans in real-time for the best results.
  • Large infrastructure projects like bridges, highways, or expansive developments
  • Documenting geographical features such as mountains, rivers, or coastlines
  • Capturing events or marketing material for tourism campaigns
  • Situations where high-altitude or long-distance shots are necessary
  • Consultation: We discuss your vision, timeline, and requirements.
  • Planning: Includes location scouting, equipment setup, and flight planning if needed.
  • The Shoot: We carry out the session, capturing images and footage with precision.

Post-Production: We edit and refine photos or videos, adding enhancements like colour grading, sound design, or motion graphics.
  • Ground Photography: Typically 3-5 business days.
  • Drone & Helicopter Photography: 5-7 business days.
  • Videography Projects: 1-2 weeks, depending on complexity. We’ll provide a timeline upfront.

We offer a range of editing services, including:

  • Photo Editing: Colour correction, retouching, and image enhancements.
  • Video Editing: Cutting, colour grading, sound mixing, and adding special effects.
  • Custom Requests: We accommodate specific needs like sky replacements, object removal, or adding motion graphics.

Yes, we can provide live streaming using our ground cameras, with the option to include aerial footage for dynamic event coverage. Live streaming services are perfect for conferences, weddings, or corporate events.

Our pricing depends on the project’s scope, the type of services, and any travel or special requirements. We offer custom quotes and packages tailored to your needs, whether it’s for real estate, commercial marketing, or infrastructure documentation.

Weather plays a critical role. We aim for clear skies and calm conditions for drone and helicopter shoots. Strong winds, rain, or poor visibility can impact safety and image quality. We closely monitor weather forecasts and will reschedule if necessary.

Absolutely! We are happy to travel both nationally and internationally, depending on your project. Travel fees may apply, and we’ll provide a detailed quote.

B: Drone Operations in New Zealand

Yes, if you are using a drone for commercial purposes or if your operations go beyond basic recreational rules, you will likely need a Part 102 certification from the Civil Aviation Authority (CAA) of New Zealand. Recreational pilots must adhere to Part 101 rules, which cover safe and responsible drone use.

Under Part 101, you must:

    • Fly only in daylight and in good weather.
    • Keep your drone within your line of sight at all times.
    • Fly no higher than 120 meters (400 feet) above the ground.
    • Avoid flying over people or private property without consent.
    • Stay at least 4 kilometers away from airports and heliports unless you have clearance.
    • Ensure you do not operate in controlled airspace without permission.
  • Part 101: Covers basic, low-risk operations such as recreational flying and some commercial uses. It does not require special certification.

Part 102: For more complex operations that may pose a higher risk, such as flying near people or property, or using drones for commercial work. This requires a certified operator with an approved exposition outlining safety and risk management procedures.

To become certified under Part 102, you must:

  • Submit an application to the CAA with a comprehensive operating manual (exposition) that outlines how you will manage risks and operate safely.
  • Complete any required training and assessments.
  • Obtain CAA approval after your documentation and procedures have been reviewed.

You can fly your drone in public areas as long as you follow Part 101 rules and do not fly over people or private property without consent. You should also avoid restricted areas and always check for temporary flight restrictions (TFRs) or NOTAMs before flying.

No, you must have permission from the property owner or person in charge before flying over private property. Respecting privacy and safety is crucial.

While insurance is not legally required for drone operations, it is highly recommended, especially for commercial use. Insurance can cover damages to third parties or your own equipment.

Breaching CAA regulations can result in fines, legal action, or suspension of your drone certification. Always operate within the rules to ensure safety and compliance.

Under Part 101, night flying is not allowed. However, if you have a Part 102 certification and have demonstrated safe nighttime operations in your operating manual, you may receive authorization to fly at night.

NOTAM (Notice to Airmen) provides crucial information about flight restrictions, hazards, or changes in airspace conditions. Drone operators must review relevant NOTAMs to ensure safe and compliant operations.

You must apply for permission from the air traffic control unit responsible for the area you wish to fly in. This often requires detailed flight planning and risk management procedures, especially in busy or sensitive airspaces.

If your drone causes damage to property or injury to a person, you must report it to the CAA. It’s also important to notify your insurance provider (if applicable) and take steps to prevent similar incidents in the future.

Currently, New Zealand does not require mandatory drone registration for recreational pilots, but for commercial operations, detailed records of your equipment and usage should be maintained as part of your Part 102 certification.

You can visit the Civil Aviation Authority of New Zealand website for comprehensive guidelines and resources about operating drones safely and legally.

C: Thermal Imaging Services

Thermal imaging, or infrared imaging, uses specialized cameras to detect and visualize heat energy emitted by objects. The cameras translate heat into images, showing temperature variations across surfaces. This is particularly useful for identifying issues that aren’t visible to the naked eye, such as heat loss, moisture intrusion, or electrical faults.

We use drones equipped with advanced thermal cameras to capture aerial thermal images. Drones allow us to safely and efficiently inspect hard-to-reach areas, such as roofs, solar panels, and large industrial sites, providing a comprehensive thermal view from above.
  • Ground Inspections: High-resolution thermal cameras for detailed analysis of buildings, machinery, and electrical systems.
  • Drone Inspections: Drones with state-of-the-art thermal imaging sensors to capture high-quality infrared data over large or difficult-to-access areas.
  • Roof Inspections: Detecting leaks, water damage, and insulation issues efficiently from above.
  • Solar Panel Inspections: Identifying malfunctioning panels or electrical faults across solar farms.
  • Power Line Inspections: Locating overheated components and potential points of failure.
  • Agricultural Surveys: Assessing crop health, irrigation coverage, and soil conditions from a bird’s-eye view.
  • Wildlife Monitoring: Tracking animal movements and detecting heat signatures in conservation efforts.
  • Efficiency: Drones cover large areas quickly, reducing inspection time and cost.
  • Safety: No need for scaffolding, ladders, or putting personnel at risk when inspecting elevated or hazardous areas.
  • Accessibility: Drones reach places that may be difficult or dangerous for manual inspections, such as tall buildings or live electrical infrastructure.

Drone-based thermal imaging is highly accurate when performed under optimal conditions. Our operators are trained to interpret infrared data correctly, but some factors—like reflective surfaces, extreme weather, or varying temperatures—can impact results.

Yes, weather conditions significantly affect thermal imaging. Calm, dry weather is ideal for accurate thermal data. High winds, rain, or extreme temperatures can interfere with drone stability and image clarity. We always monitor forecasts and may reschedule inspections to ensure quality results.
  • Comprehensive Coverage: Capture large areas and hard-to-reach spots effortlessly.
  • Quick Turnaround: Inspections are faster compared to traditional methods.
  • Cost-Effective: Reduces the need for expensive equipment or lengthy manual inspections.
  • Detailed Analysis: High-resolution thermal imagery highlights temperature variations clearly, aiding in precise diagnostics.

Yes, drone thermal imaging is safe. We are fully compliant with aviation regulations and conduct thorough risk assessments before each flight. Our pilots are certified and experienced in managing drone operations safely.

Our certified technicians analyze the thermal images to identify anomalies, such as heat loss, electrical faults, or water damage. We use advanced software to compile reports, highlighting areas of concern and recommending solutions.

Our reports typically feature:

  • High-resolution thermal images captured by drones
  • Standard images for reference
  • Analysis of temperature anomalies and problem areas
  • Detailed findings and actionable recommendations

The duration depends on the site’s size and complexity. A standard residential roof survey may take 30-60 minutes, while larger commercial or agricultural inspections could take several hours.

Yes, drones equipped with thermal cameras are excellent for detecting water leaks. The thermal sensor identifies temperature differences that suggest moisture intrusion, making it easy to pinpoint leaks on roofs or within large structures.

Yes, drone operations are subject to local aviation regulations. We ensure compliance by obtaining any necessary permits and permissions, especially in controlled or restricted airspaces. We’ll handle all the logistics and approvals required for your project.
  • Clear the Area: Ensure there are no obstacles or people in the inspection area.
  • Access Points: Let us know about any specific areas you want inspected so we can plan flight paths accordingly.
  • Timing: We may schedule inspections for early morning or late evening when temperature differences are more distinct.
  • Building Maintenance: Annually or as part of routine maintenance to detect heat loss or water damage.
  • Solar Farms: At least once or twice a year to ensure optimal performance.
  • Industrial Facilities: Regularly, depending on the complexity of electrical systems and equipment.

Yes, our drones are equipped to assist with wildlife monitoring and environmental research. We can detect and track heat signatures, helping with conservation efforts or monitoring animal populations safely and effectively.

You can contact us via our website or call our office directly. We’ll discuss your requirements, schedule a site visit, and provide a detailed quote

D: Utility Inspections with Drones

We conduct a variety of utility inspections using drones, including:

  • Power Line Inspections: Checking for damaged lines, vegetation encroachment, and structural integrity of pylons and towers.
  • Substation Inspections: Inspecting transformers, breakers, and other critical components.
  • Pipeline Inspections: Monitoring for leaks, corrosion, and unauthorized construction or encroachments.
  • Wind Turbine Inspections: Assessing blades and structural components for damage or wear.
  • Increased Safety: Drones eliminate the need for workers to perform dangerous tasks, such as climbing towers or inspecting live electrical infrastructure.
  • Cost Efficiency: Drone inspections are more affordable and faster compared to traditional methods, such as helicopters or manual checks.
  • Speed and Coverage: Drones can inspect large areas quickly, reducing downtime and improving response times.
  • High-Quality Data: Advanced sensors, including thermal and high-resolution cameras, provide detailed and actionable insights.

We use drones equipped with:

  • High-Resolution Cameras: For capturing clear images of infrastructure components.
  • Thermal Cameras: To identify overheating equipment or detect potential failures.
  • LiDAR Sensors: For creating detailed 3D models and conducting precise measurements.
  • Zoom Lenses: For close-up inspections of high structures from a safe distance.

Drones can inspect utility infrastructure from a distance, removing the need for personnel to work at height or near dangerous equipment. This minimizes the risk of accidents and ensures inspections can be completed with maximum safety.

Drone inspections are highly accurate when performed using the latest technology and experienced operators. Our drones are equipped with sensors that can capture even the smallest details, and our post-processing software provides precise measurements and analytics.

Yes, utility inspections often require special permissions from aviation authorities, particularly when flying in controlled or restricted airspace. We handle all the necessary regulatory compliance, including securing flight permits and coordinating with local aviation authorities.

Drones have limitations in extreme weather. Heavy rain, strong winds, or poor visibility can affect the quality and safety of inspections. We closely monitor weather conditions and may reschedule flights to ensure the best results.

The duration depends on the complexity and size of the infrastructure being inspected. A simple inspection might take a couple of hours, while inspecting an extensive power line network could require several days. Our drones’ efficiency allows for significantly faster completion compared to traditional methods.

Our drone inspections provide:

  • High-Resolution Images and Videos: Detailed visuals of equipment and structures.
  • Thermal Imaging Reports: Identifying temperature anomalies, such as overheating components.
  • 3D Models and Maps: Generated using LiDAR or photogrammetry for accurate site representation.
  • Actionable Insights: Comprehensive reports highlighting issues, recommended actions, and maintenance priorities.

Yes, drones equipped with thermal imaging and other advanced sensors can detect issues like heat loss, electrical malfunctions, and structural weaknesses that are not visible to the naked eye.
  • Weather Dependency: Inspections may be affected by adverse weather conditions.
  • Battery Life: Drones have limited flight times, but we manage this by planning flights efficiently and using multiple drones if needed.
  • Regulatory Constraints: Some areas require strict permissions, which may take time to arrange.

Yes, drones reduce labor and equipment costs, minimize downtime, and complete inspections faster. They provide a more cost-effective solution compared to methods like helicopter surveys or manual inspections using scaffolding.
  • Power Lines: Inspections are typically conducted annually or bi-annually, depending on regulatory requirements and environmental conditions.
  • Substations: Routine checks can be conducted quarterly or as needed for preventive maintenance.
  • Pipelines: The frequency depends on the risk level and surrounding environment, with some requiring continuous monitoring.
  • Wind Turbines: Annual inspections or after significant weather events to ensure operational efficiency.

Yes, we can provide real-time video feeds during inspections, allowing utility managers to view the inspection process and make on-the-spot decisions if necessary.

You can reach out through our website or call us to discuss your specific needs. We’ll schedule a consultation, provide a detailed proposal, and handle all the logistical planning for your inspection.
  • Energy Providers: For inspecting power lines, substations, and renewable energy facilities.
  • Oil and Gas Companies: For monitoring pipelines and storage facilities.
  • Telecommunication Providers: For tower inspections and infrastructure assessments.
  • Municipal Services: For inspecting water treatment plants, stormwater systems, and more.

Yes, we adhere to all local and international regulations. Our drone operators are certified and follow best practices to ensure compliance with safety and legal standards.

E: Asset Inspections with Drones

Drones are versatile tools for inspecting a wide range of assets, including:

  • Buildings and Roofs: Identifying structural issues, leaks, or damage.
  • Bridges: Assessing structural integrity, joints, and support systems.
  • Towers and Masts: Monitoring telecommunications and broadcast towers.
  • Industrial Facilities: Inspecting tanks, chimneys, and complex machinery.
  • Solar Farms: Checking for malfunctioning panels and electrical faults.
  • Wind Turbines: Examining blades and other components for wear or damage.
  • Enhanced Safety: Inspections can be conducted without putting workers at risk by accessing hazardous or hard-to-reach areas.
  • Cost Efficiency: Reduces the need for expensive scaffolding, cranes, or helicopters.
  • Time Savings: Drones cover large areas quickly, minimizing inspection times and disruptions.
  • High-Quality Data: Captures high-resolution images, thermal scans, and other valuable insights.

Our drones are equipped with:

  • High-Resolution Cameras: For detailed visual inspections.
  • Thermal Imaging: Detecting temperature anomalies that may indicate problems.
  • LiDAR: Creating 3D models for precise structural analysis.
  • Optical Zoom: Capturing close-up images without getting too close to the asset.
  • Planning: We work with you to understand the scope of the inspection and any specific areas of concern.
  • Flight Execution: Our certified pilots fly drones over or around the asset, capturing images and data in real time.
  • Data Analysis: We analyse the collected data using advanced software to identify any potential issues and provide actionable insights.
  • Reporting: A comprehensive report is generated, including images, findings, and maintenance recommendations.
  • Structural Damage: Cracks, corrosion, or deformations in infrastructure.
  • Water Intrusion: Leaks or moisture damage detected using thermal imaging.
  • Heat Anomalies: Overheating components or insulation inefficiencies.
  • Surface Wear: Signs of wear and tear on roofs, tanks, or turbine blades.
  • Vegetation Encroachment: Growth around assets that could pose risks.

Yes, drone inspections are highly accurate. Our drones are equipped with advanced sensors and cameras that capture precise and detailed data, allowing us to conduct thorough assessments and generate reliable reports.

Absolutely. Drone inspections are inherently safer than traditional methods, as they eliminate the need for manual work at height or near dangerous areas. Our pilots are trained to conduct inspections safely and efficiently while following all regulatory guidelines.

Yes, depending on the location, we may need to secure permissions from aviation authorities. We handle all regulatory compliance, including obtaining flight permits and coordinating with any necessary organizations to ensure a smooth operation.

The duration depends on the size and complexity of the asset. Small-scale inspections, like roof surveys, may take less than an hour, while larger or more complex sites, such as industrial facilities, may require several hours or multiple visits.

Adverse weather, such as heavy rain, strong winds, or poor visibility, can impact the safety and quality of drone inspections. We monitor weather forecasts closely and may reschedule flights to ensure optimal conditions for data collection.

Yes, we can perform indoor inspections using drones specifically designed for confined spaces. These drones are equipped with obstacle avoidance technology, making them ideal for inspecting warehouses, storage tanks, or industrial facilities.

Our inspection reports typically include:

    • High-Resolution Images and Videos: Detailed visual records of the asset.
    • Thermal Imaging Results: Highlighting temperature anomalies.
    • 3D Models and Maps: If requested, for detailed analysis and visualization.
  • Comprehensive Findings: Identifying issues and recommending maintenance or repairs.

Yes, drones excel at inspecting areas that are difficult or dangerous to access manually. This includes high structures, confined spaces, and environments that pose health or safety risks to personnel.
  • Construction: Monitoring progress, inspecting structures, and conducting safety audits.
  • Energy: Inspecting solar panels, wind turbines, and power infrastructure.
  • Oil and Gas: Checking pipelines, rigs, and storage tanks for leaks or damage.
  • Telecommunications: Inspecting cell towers and broadcasting equipment.

Insurance: Assessing damage after natural disasters for claim purposes.

Yes, we are fully compliant with all local aviation and safety regulations. Our pilots are certified, and we follow industry best practices to ensure all inspections are legal and safe.

Contact us through our website or call our office to schedule an inspection. We’ll discuss your needs, plan the inspection, and provide a quote.

F: Digital Twins with Drones

A digital twin is a virtual representation of a physical asset, system, or environment. When combined with drones, digital twins use real-time data collected from drone sensors (such as cameras, LiDAR, and thermal sensors) to create highly accurate, continuously updated 3D models or digital replicas of physical assets. These models help to monitor, inspect, and optimize performance remotely.

Drones can capture data for a wide range of assets, including:

  • Buildings and Infrastructure: Monitoring building facades, roofs, and structural integrity.
  • Energy and Utility Assets: Inspecting power lines, wind turbines, and solar panels.
  • Industrial Sites: Modelling tanks, pipelines, and machinery.
  • Bridges and Roads: Tracking structural health and wear over time.
  • Landscapes and Construction Sites: Generating topographic maps and monitoring land development.

Drones collect real-time data through high-resolution cameras, LiDAR, and thermal sensors. This data is then processed into 3D models or other types of digital twins using specialized software. The drone’s flight path is planned to cover the entire asset or area to capture accurate information from all angles and elevations.
  • Precision and Accuracy: Drones collect high-definition images and 3D data, ensuring highly detailed digital twins.
  • Cost Efficiency: Drones reduce the need for scaffolding, cranes, or helicopters, offering a more affordable way to capture large-scale assets.
  • Accessibility: Drones can easily access hard-to-reach areas, such as tall buildings, rooftops, or remote locations, providing valuable data that might be otherwise difficult or dangerous to obtain.
  • Real-Time Monitoring: Digital twins created from drone data are constantly updated, allowing for ongoing monitoring of asset conditions.
  • Enhanced Safety: Drones eliminate the need for human inspectors to work at height or in hazardous environments.

Digital twins created with drones have wide applications across various industries:

  • Construction: Monitoring site progress, surveying land, and checking building structures.
  • Energy: Inspecting power lines, wind turbines, and solar farms.
  • Agriculture: Mapping and monitoring farm conditions, including crop health and irrigation systems.
  • Transportation: Inspecting bridges, tunnels, and roads for maintenance or safety assessments.
  • Insurance: Conducting aerial assessments after natural disasters to update claims data.

Drone-based digital twins are highly accurate. Using high-resolution cameras, LiDAR, and GPS systems, drones capture precise measurements and create models with centimeter-level accuracy. The models are continually updated to reflect changes in the physical asset.

Drones can capture several types of data to build a digital twin, including:

  • High-Resolution Images: For visual representation of the asset.
  • LiDAR Data: For detailed 3D mapping and precise measurements.
  • Thermal Data: For detecting heat anomalies, useful for inspecting equipment or buildings for potential issues.
  • GPS Coordinates: To ensure the accurate geospatial location of the data.
  • Videos: To document dynamic changes and movement.

Digital twins allow for ongoing monitoring and data analysis, making it easier to track asset conditions over time. With real-time updates, companies can predict when an asset might fail, schedule proactive maintenance, and optimize operations to reduce downtime and extend the lifespan of critical assets.
  • Regulatory Compliance: Drone operations must comply with local aviation laws, which may require specific certifications or permits.
  • Weather Conditions: Weather can impact drone flight, particularly in windy or rainy conditions.
  • Data Processing: The data collected from drones can be large and complex, requiring powerful software for processing and analysis.
  • Technical Limitations: Drones have limited battery life, which can restrict flight time for larger or more complex assets.

Digital twins created by drones allow for continuous monitoring by regularly flying over assets and updating the virtual model. This ongoing data collection can be used to track changes over time, compare performance, and identify trends or potential issues, enabling proactive management and optimization.

Several software platforms are used to process drone-collected data into a digital twin, software varies

  • For photogrammetry and 3D modelling.
  • Drone mapping and 3D modelling.
  • For building information modelling (BIM) integration.
  • For asset management and engineering applications.

By using real-time data to simulate and analyse asset performance, digital twins help identify inefficiencies and areas for improvement. This can lead to better resource allocation, optimized maintenance schedules, and more informed decision-making that enhances overall operational performance.

Yes, drones are capable of capturing data for large-scale projects, such as infrastructure networks, industrial plants, and entire cities. Using drones for such projects significantly reduces the time, cost, and risks associated with traditional inspection methods.

Drones can fly at precise altitudes and angles, capturing multiple perspectives of an asset or area. When equipped with advanced sensors like LiDAR, drones can create highly detailed and accurate digital twins, even in complex environments with intricate geometry or hard-to-reach locations.

To get started, you’ll need to:

  • Identify the asset you want to model with a digital twin.
  • Select a qualified drone service provider that specializes in aerial data capture and 3D modelling.
  • Define your goals: Are you looking for real-time monitoring, predictive maintenance, or site analysis?
  • Collect data: The drone will fly over and around the asset, capturing data for processing into a digital twin.

G: Security using Drones

Drones enhance security by providing aerial surveillance, real-time monitoring, perimeter inspections, and rapid response capabilities. They are commonly used in law enforcement, event security, industrial site monitoring, and border patrol.
  • Faster response times – Drones can reach and assess incidents quicker than ground patrols.
  • Cost efficiency – Reduces the need for large security teams and expensive infrastructure.
  • Enhanced coverage – Aerial views provide better visibility of large areas.
  • Real-time intelligence – Live video feeds help security teams make quick decisions.
  • Automation & AI – Some drones can autonomously patrol, detect intrusions, and send alerts.
  • Fixed-wing drones – Best for long-range surveillance and border security.
  • Multirotor drones – Ideal for detailed inspections, urban environments, and rapid deployment.
  • Tethered drones – Provide continuous surveillance from a fixed position with unlimited power supply.

Yes, many security drones are equipped with thermal imaging and infrared cameras, allowing them to detect heat signatures and movement in complete darkness.

Security drones typically use:

  • High-definition (HD) and 4K cameras for clear visuals
  • Infrared and thermal cameras for night vision and heat detection
  • Zoom cameras for monitoring distant objects
  • Multi-spectral cameras for detecting hidden threats

It depends on the drone. Some high-end drones are weather-resistant and can operate in rain, wind, and extreme temperatures. However, most commercial drones have limitations in severe weather conditions.

The range depends on the model and regulations. Standard commercial security drones have a range of 5-15 km, while custom-built drones with extended transmission can reach beyond 20 km.

Yes, most countries require operators to have a drone pilot certification and follow aviation authority regulations (e.g., FAA Part 107 in the U.S., CAA regulations in the U.K.).

Yes, many security drones can be programmed for autonomous patrols, using AI to detect intrusions, track movement, and alert security teams without manual control.

It depends on local laws. Many areas require special permits for using drones in public spaces, especially for surveillance. Always check regulations before deployment.

Battery-powered drones typically fly for 30-50 minutes per charge. Tethered drones, which connect to a ground power source, can operate indefinitely.
  • Industrial sites & warehouses
  • Airports & seaports
  • Construction sites
  • Event security
  • Border control & law enforcement
  • Residential communities

Yes, drones act as a deterrent by increasing visibility and enabling rapid response to suspicious activity, reducing crime rates in monitored areas.
Incredible Group

Based in Auckland, NZ, we are experienced commercial Photographers, Videographers and Certified Drone Operators. Incredible Group works with public and private sectors. E.g. Real Estate, Property Management & Development, Marketing, Film/TV, Infrastructure, Utilities.

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Incredible Group

Based in Auckland, NZ, we are experienced commercial Photographers, Videographers and Certified Drone Operators. Incredible Group works with public and private sectors. E.g. Real Estate, Property Management & Development, Marketing, Film/TV, Infrastructure, Utilities.

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View Incredible Images Limited profile on Ariba Discovery

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