All training records must be documented and retained for audit purposes. Regular refresher courses will be scheduled to ensure ongoing compliance and safety awareness.

Access and egress arrangements

Access to the designated drone and UAV operation area shall be strictly controlled to ensure safety and compliance with operational protocols. Only authorised personnel with the requisite training and clearance shall be permitted entry.

Prior to commencing operations, a secure perimeter must be established around the launch and landing zones. This perimeter should be clearly marked with appropriate signage to prevent unauthorised access and to alert individuals to the ongoing aerial activities.

Entry and exit points for personnel and equipment must be clearly defined and monitored throughout the operation. These points should be positioned to minimise interference with flight paths and ensure a clear line of sight for operators.

All personnel entering the operational area must undergo a safety briefing detailing the specific risks associated with drone and UAV operations, including emergency procedures and communication protocols.

During flight operations, access to the control station must be restricted to essential personnel only, ensuring that operators can maintain focus without unnecessary distractions.

In the event of an emergency, such as a malfunction or adverse weather conditions, a clear evacuation route must be established and communicated to all personnel. This route should allow for rapid egress from the operational area while maintaining safety.

Regular inspections of access routes should be conducted to ensure they remain unobstructed and safe for use throughout the duration of the project. Any changes to access arrangements must be promptly communicated to all relevant parties.

Welfare

All personnel involved in drone and UAV operations shall have access to appropriate welfare facilities to ensure their well-being throughout the duration of the project. Adequate rest areas must be provided, allowing operators to take necessary breaks, particularly during extended operations. These areas should be situated away from the flight path to ensure safety and minimise distractions.

Hydration stations must be available on-site, ensuring that all personnel can maintain adequate hydration levels, especially during operations conducted in warm weather conditions. Operators should be encouraged to take regular hydration breaks to prevent fatigue and maintain concentration.

Toilet facilities must be accessible and maintained in a clean and hygienic condition. These facilities should be located within a reasonable distance from the operational area to ensure convenience without compromising safety.

In the event of adverse weather conditions, sheltered areas must be provided to protect personnel from elements such as rain or excessive sun exposure. This is crucial to maintain the health and safety of operators, ensuring they are fit to perform their duties effectively.

First aid provisions must be readily available, with trained first aid personnel on-site during all drone and UAV operations. This ensures prompt response in case of any incidents or health issues that may arise during the course of the project.

Finally, all welfare arrangements should be communicated clearly to all personnel during site inductions, ensuring everyone is aware of the available facilities and procedures.

Special permits

All drone and UAV operations must adhere to the specific requirements for obtaining special permits prior to commencement. Operators must ensure compliance with the Civil Aviation Authority (CAA) regulations and any additional local authority stipulations. The following procedures are to be strictly followed:

1. Permit Application: Submit a detailed application to the relevant authorities, including the CAA, outlining the scope of operations, flight paths, and safety measures. Ensure all documentation is complete and accurate.

2. Risk Assessment Submission: Include a comprehensive risk assessment with the application, highlighting potential hazards and mitigation strategies specific to the operational area and flight conditions.

3. Notification of Stakeholders: Inform all relevant stakeholders, including local air traffic control, emergency services, and nearby property owners, of the intended operations and any potential impact.

4. Verification of Permissions: Obtain written confirmation of all necessary permissions before any flight operations commence. This includes permissions for airspace use and any site-specific restrictions.

5. Pre-Flight Briefing: Conduct a pre-flight briefing with all personnel involved in the operation, ensuring they are aware of the permit conditions and any specific restrictions or requirements.

6. Documentation on Site: Maintain a copy of all permits and related documentation on site at all times during operations for inspection by authorities if required.

7. Compliance Monitoring: Designate a responsible person to monitor compliance with permit conditions throughout the operation, ensuring immediate corrective action if any deviations occur.

8. Post-Operation Reporting: Submit a post-operation report to the relevant authorities, detailing adherence to permit conditions and any incidents or deviations from the planned operations.

By adhering to these procedures, operators will ensure that all drone and UAV activities are conducted legally and safely, minimising risks to personnel, the public, and property.

Tools and equipment

All tools and equipment utilised in drone and UAV operations must undergo rigorous inspection and maintenance to ensure optimal performance and safety. Pre-Start Checks are mandatory, involving a thorough examination of the drone’s structural integrity, battery levels, and the functionality of all control systems. Any signs of wear or damage must be addressed immediately before proceeding.

Motor-Start Checks require verification of motor responsiveness and stability. Operators must ensure that all propellers are securely attached and free from obstructions. Calibration of the drone’s compass and gyroscope is essential to maintain accurate flight control.

During Flight Operations, operators must continuously monitor the drone’s telemetry data, ensuring that all systems are functioning within safe parameters. The use of a reliable remote control system with a secure connection is imperative to prevent loss of control.

In the event of Post Flight Checks, all equipment must be inspected for any damage incurred during operations. Batteries should be removed and stored safely, and data logs should be reviewed for any anomalies.

Operators must be equipped with emergency tools such as fire extinguishers and first aid kits, readily accessible in case of incidents like fire or loss of control. Additionally, a backup power source should be available to mitigate risks associated with loss of power.

All equipment must be stored in a secure location when not in use, ensuring protection from environmental factors that could compromise functionality. Regular updates to software and firmware are required to maintain compliance with the latest safety standards and operational protocols.

Services and isolations

All personnel involved in drone and UAV operations must ensure that all electronic devices and equipment are fully charged and in optimal working condition prior to commencement. This includes the UAV itself, remote controllers, and any supplementary devices such as tablets or smartphones used for navigation and monitoring.

Prior to initiating any flight operations, it is imperative to conduct a thorough check of the airspace for any potential interferences or restrictions. This includes verifying the presence of any temporary flight restrictions (TFRs) or no-fly zones that may impact operations. Coordination with relevant authorities, such as the Civil Aviation Authority (CAA), must be undertaken to ensure compliance with all airspace regulations.

Isolation of communication frequencies is crucial to prevent interference with the UAV’s control systems. Operators must ensure that all communication devices are set to the appropriate frequencies and that any non-essential devices are turned off or set to aeroplane mode to avoid signal disruption.

In the event of a loss of GPS signal, operators must be prepared to switch to manual control and navigate the UAV safely back to the designated landing area. It is essential to have pre-determined visual landmarks and a clear understanding of the surrounding environment to facilitate manual navigation.

Should there be a need for emergency isolation, such as in the case of a malfunction or loss of control, operators must be familiar with the emergency shut-off procedures specific to their UAV model. This includes knowing how to quickly disable power to prevent further complications or hazards.

Finally, all operations must be conducted with an awareness of existing services and infrastructure within the vicinity, such as power lines, communication towers, and other potential obstructions. A comprehensive site survey should be conducted prior to operations to identify and mitigate any risks associated with these services.

Hazardous substances

All personnel involved in drone and UAV operations must be aware of the potential hazardous substances associated with these activities. Lithium polymer (LiPo) batteries, commonly used in drones, pose significant risks if not handled correctly.

Prior to operations, all batteries must be inspected for any signs of damage, swelling, or leakage. Damaged batteries should be immediately isolated and disposed of in accordance with local regulations. During charging, batteries must be placed on a non-flammable surface and monitored continuously to prevent overheating.

Fuel and lubricants for drones with combustion engines must be stored in clearly labelled, approved containers. These substances should be kept away from ignition sources and only handled by trained personnel wearing appropriate personal protective equipment (PPE).

In the event of a spill, operators must use spill kits available on-site to contain and clean up the hazardous substance promptly. All waste materials, including contaminated absorbents, must be disposed of following environmental guidelines.

Operators must ensure that Material Safety Data Sheets (MSDS) for all hazardous substances are readily accessible on-site. Regular training sessions should be conducted to ensure all personnel are familiar with the handling procedures and emergency response actions related to these substances.

In case of an emergency involving hazardous substances, such as a battery fire, operators must follow the established emergency procedures, including evacuation if necessary, and notify the relevant authorities immediately.

Deliveries and materials handling

All deliveries of drones and UAV equipment shall be coordinated to ensure minimal disruption to site operations. Delivery vehicles must be scheduled to arrive during designated times to avoid congestion and ensure safety. Upon arrival, delivery personnel must report to the site manager for briefing on site-specific protocols.

Handling of drones and UAV equipment requires careful attention to prevent damage. Equipment must be unloaded using appropriate lifting techniques and equipment, ensuring that all personnel involved are trained in manual handling procedures. Protective packaging should remain intact until the equipment is ready for assembly or use.

Storage of drones and UAV equipment must be in a secure, designated area, protected from adverse weather conditions and unauthorised access. The storage area should be clearly marked and comply with all relevant safety standards.

Prior to deployment, all equipment must undergo a thorough inspection to confirm it is in optimal working condition. Any defects or damages identified during delivery or handling must be reported immediately to the project manager and rectified before use.

Documentation of all deliveries, including equipment serial numbers and condition reports, must be maintained accurately for audit purposes. This ensures traceability and accountability throughout the project lifecycle.

PPE

All personnel involved in drone and UAV operations must adhere to the following Personal Protective Equipment (PPE) procedures to ensure safety and compliance with health and safety regulations:

High-Visibility Clothing: Operators and support staff must wear high-visibility vests or jackets at all times to ensure they are easily identifiable, particularly in areas where vehicular or pedestrian traffic is present.

Safety Footwear: Sturdy, steel-toe capped boots must be worn to protect against potential foot injuries from equipment handling or uneven terrain during setup and landing operations.

Eye Protection: Safety glasses or goggles are required when operating drones in environments where debris, dust, or other particulates may be present, particularly during take-off and landing phases.

Hearing Protection: In scenarios where noise levels exceed safe thresholds, such as near construction sites with heavy machinery, operators must use appropriate hearing protection to prevent auditory damage.

Weather-Appropriate Gear: Operators must be equipped with weather-appropriate clothing, including waterproofs and thermal layers, to maintain comfort and focus during operations in adverse weather conditions.

Gloves: When handling drones and associated equipment, operators should wear gloves that provide both dexterity and protection against cuts or abrasions.

Communication Devices: Operators must have access to reliable communication devices, such as radios or mobile phones, to maintain contact with team members and emergency services if required. These devices should be securely attached to prevent loss during operations.

All PPE must be inspected prior to use to ensure it is in good condition and fit for purpose. Any damaged or defective equipment must be reported immediately and replaced before commencing operations. Compliance with these procedures is mandatory to ensure the safety of all personnel involved in drone and UAV activities.

Emergency procedures

In the event of an emergency during drone and UAV operations, the following procedures must be adhered to with precision:

1. Immediate Response: Upon identifying an emergency, the operator must immediately cease all flight operations and safely land the drone if possible. Priority should be given to ensuring the safety of personnel and the public.

2. Communication: The operator must promptly notify the designated site safety officer and any relevant authorities. Clear communication is essential to coordinate an effective response.

3. Malfunctions: In case of a malfunction, the operator should attempt to regain control using manual override procedures. If control cannot be re-established, the operator must follow the pre-determined emergency landing protocol.

4. Landing Area Compromised: Should the designated landing area become compromised, the operator must identify an alternative safe landing zone, ensuring it is clear of people and obstacles.

5. Fire: If a fire occurs, the operator must immediately land the drone if safe to do so and evacuate the area. The fire should be reported to emergency services without delay.

6. Loss of Control: In instances of loss of control, the operator should engage any available fail-safe mechanisms. If these are unsuccessful, efforts should be made to guide the drone to a safe area away from people and property.

7. Change in Weather: Should adverse weather conditions arise unexpectedly, operations must be suspended, and the drone landed at the earliest safe opportunity.

8. Loss of Power: In the event of power loss, the operator must execute an emergency landing procedure, prioritising a location that minimises risk to individuals and infrastructure.

9. Loss of GPS: If GPS signal is lost, the operator should switch to manual control and navigate using visual line of sight to return the drone safely.

10. Airspace Encroachment: If unauthorised airspace encroachment is detected, operations must be halted immediately, and the drone landed safely. The incident should be reported to air traffic control as per regulatory requirements.

All personnel involved in drone and UAV operations must be familiar with these procedures and participate in regular emergency drills to ensure readiness.

Safety of public and occupiers

The safety of the public and occupiers during drone and UAV operations is paramount. Prior to any flight, a comprehensive risk assessment must be conducted to identify potential hazards to individuals in the vicinity. Clear signage should be erected around the operational area to inform the public and occupiers of ongoing drone activities.

Establish a secure perimeter around the take-off and landing zones to prevent unauthorised access. This can be achieved through temporary barriers or cordons. Designate a safety officer to monitor the perimeter and ensure compliance with safety protocols.

Communication is crucial; therefore, inform nearby residents and businesses of the scheduled operations, including start and end times. Utilise spotters to maintain visual contact with the drone and monitor for any encroachment by the public or occupiers into restricted areas.

In the event of an emergency, such as a malfunction or loss of control, immediate procedures must be in place to safely land the drone and mitigate risks to individuals. Emergency contact numbers should be readily available, and all personnel involved in the operation must be briefed on emergency protocols.

Weather conditions should be continuously monitored, as adverse changes can impact flight safety. Operations must be suspended if conditions pose a risk to public safety.

Finally, ensure that all data protection regulations are adhered to, particularly when operating in areas where individuals may be inadvertently captured on camera.

Asbestos

All personnel involved in drone and UAV operations must be aware of the potential presence of asbestos-containing materials (ACMs) in the vicinity of the flight area. Prior to commencing operations, a thorough review of the site’s asbestos register is mandatory to identify any known ACMs.

Pre-Flight Assessment:
Operators must conduct a visual inspection of the designated flight area to ensure that no disturbance of ACMs is likely to occur during take-off, flight, or landing. Particular attention should be paid to structures such as roofs, cladding, and any other building materials that may contain asbestos.

Flight Path Planning:
The flight path must be planned to avoid any areas where ACMs are present. This includes maintaining a safe distance from structures identified in the asbestos register. Operators should ensure that drones do not hover or land near these materials to prevent any potential disturbance.

Emergency Procedures:
In the event of an emergency landing or crash, operators must immediately assess the situation for potential asbestos exposure. If there is any suspicion that ACMs have been disturbed, operations must cease, and the area should be cordoned off. The incident must be reported to the site manager and appropriate asbestos specialists for further assessment and remediation.

Training and Awareness:
All drone operators must receive training on asbestos awareness specific to their operations. This includes understanding the risks associated with ACMs and the procedures to follow in case of accidental disturbance.

Documentation:
A record of all pre-flight assessments and any incidents involving potential asbestos exposure must be maintained. This documentation should be reviewed regularly to ensure compliance with health and safety regulations and to update operational procedures as necessary.

Monitoring

The monitoring of drone and UAV operations shall be conducted with meticulous attention to ensure compliance with safety standards and operational efficiency. Continuous observation of the drone’s performance and environmental conditions is paramount throughout the operation.

Pre-Flight Monitoring: Prior to commencement, the operator must verify that all equipment is functioning correctly. This includes checking battery levels, signal strength, and ensuring that all software is up to date. The operator shall also confirm that the designated flight path is clear of obstacles and that weather conditions are suitable for safe operation.

During Flight Monitoring: The operator must maintain a constant visual line of sight with the drone, ensuring it remains within the designated airspace. Real-time telemetry data should be monitored to track altitude, speed, and battery status. Any deviation from expected performance must be addressed immediately. The operator should be vigilant for any signs of malfunction or interference.

Post-Flight Monitoring: After landing, a thorough inspection of the drone should be conducted to identify any potential damage or wear. Data logs from the flight should be reviewed to assess performance and identify any anomalies that occurred during operation.

Environmental Monitoring: Continuous assessment of weather conditions is crucial. The operator must be prepared to adjust or abort the mission if adverse weather conditions arise, such as high winds or precipitation, which could compromise safety.

Communication Monitoring: Maintain open communication channels with all team members involved in the operation. Any changes in the operational environment or unexpected occurrences must be communicated promptly to ensure coordinated responses.

By adhering to these specific procedures, the safety and success of drone and UAV operations can be effectively monitored and maintained.

Waste management

All waste generated from drone and UAV operations shall be managed in accordance with the following procedures:

1. Battery Disposal: Used or damaged batteries must be disposed of in compliance with hazardous waste regulations. Batteries should be collected in designated containers and transported to an authorised recycling facility. Personnel must ensure that batteries are not disposed of in general waste bins.

2. Electronic Waste: Any electronic components, such as malfunctioning parts or obsolete equipment, must be segregated and stored securely until they can be transferred to a licenced electronic waste recycler. Documentation of disposal must be maintained for audit purposes.

3. Packaging Materials: Packaging materials from drone equipment, including cardboard, plastic, and foam, should be sorted and recycled where possible. Non-recyclable materials must be disposed of in accordance with local waste management guidelines.

4. Consumables: Items such as propellers, which may become worn or damaged during operations, should be collected and disposed of responsibly. These items should not be left on site and must be returned to the base for proper disposal.

5. Spillages: In the event of any spillage of oils or other fluids from drones, immediate action must be taken to contain and clean up the spill using appropriate spill kits. Contaminated materials must be treated as hazardous waste and disposed of accordingly.

6. Documentation: All waste management activities must be documented, including the type and quantity of waste, disposal method, and date of disposal. This documentation is essential for compliance with environmental regulations and should be readily available for inspection.

By adhering to these procedures, the project will ensure that all waste associated with drone and UAV operations is managed in an environmentally responsible manner, minimising impact on the surrounding environment.

Environmental considerations

Minimisation of Noise Pollution
Operators shall ensure that all drone and UAV operations are conducted at a minimum altitude that is safe and practical to reduce noise impact on local wildlife and residents. Flight paths should be planned to avoid sensitive areas, and operations should be scheduled during times of day when noise disturbance is least likely to affect the surrounding environment.

Wildlife Protection
Prior to commencing operations, a survey of the area should be conducted to identify any potential wildlife habitats. Operators must avoid flying over protected areas and maintain a safe distance from nesting sites and other sensitive locations. In the event of encountering wildlife during flight, operators must adjust the flight path to minimise disturbance.

Waste Management
All equipment used in drone and UAV operations must be checked for potential leaks or emissions. Any waste generated, including packaging from equipment or maintenance materials, must be collected and disposed of in accordance with local regulations. Operators are responsible for ensuring that no debris is left on site post-operation.

Fuel and Chemical Handling
For drones requiring fuel or chemical use, such as those with combustion engines or spraying capabilities, operators must ensure that all substances are stored and handled in compliance with environmental protection guidelines. Spill kits must be available on site, and any spills must be reported and managed immediately to prevent contamination.

Visual Impact
To minimise visual impact, operators should use drones with a low visual profile and avoid brightly coloured equipment that may disrupt the natural landscape. Flight operations should be discreet and considerate of the visual aesthetics of the area.

Data Privacy and Security
Operators must ensure that all data collected during drone operations is handled in compliance with data protection regulations. Sensitive information regarding the environment or private properties must be secured and only used for its intended purpose.

Near neighbours and nuisance

The operation of drones and UAVs in proximity to residential or commercial areas necessitates stringent measures to mitigate potential disturbances to near neighbours. Prior to commencement, a comprehensive assessment of the surrounding environment shall be conducted to identify sensitive areas and potential sources of nuisance.

Communication with local residents and businesses is paramount. Affected parties shall be informed of the operational schedule, including dates and times, through written notices distributed at least one week in advance. Contact details for the project manager shall be provided to address any concerns promptly.

Noise levels must be minimised by selecting drones with low acoustic profiles and adhering strictly to operational hours, typically between 9:00 am and 5:00 pm, unless otherwise agreed with local authorities. Flight paths should be planned to avoid hovering over residential properties and to maintain a safe distance from noise-sensitive areas.

Privacy concerns are to be addressed by ensuring that all camera equipment is directed away from private properties unless explicit consent has been obtained. Data protection protocols must be adhered to, ensuring that any footage inadvertently capturing private property is securely stored and not disclosed without permission.

In the event of a complaint, an immediate investigation shall be conducted, and appropriate measures taken to resolve the issue. A log of all complaints and actions taken shall be maintained for review.

Regular monitoring of operations will be conducted to ensure compliance with these procedures, and adjustments made as necessary to minimise impact on near neighbours.

Occupational health

All personnel involved in drone and UAV operations must undergo a comprehensive health assessment to ensure they are fit for duty. Operators must have good visual acuity and be free from conditions that could impair concentration or reaction times.

Hearing protection should be considered if operations are conducted in environments with high ambient noise levels. Operators must be aware of the potential for repetitive strain injuries due to prolonged use of control devices; therefore, regular breaks should be scheduled to mitigate this risk.

Mental health is paramount, given the high concentration required during flight operations. Operators should be encouraged to report any stress or fatigue, and appropriate measures should be taken to address these issues, including rest periods or task rotation.

In the event of adverse weather conditions, operators must be prepared for potential exposure to elements. Appropriate clothing and shelter should be provided to maintain comfort and prevent conditions such as hypothermia or heat exhaustion.

Ergonomic assessments of the control stations should be conducted to ensure that operators can maintain a comfortable posture, reducing the risk of musculoskeletal disorders.

Finally, all personnel must be trained in recognising the symptoms of occupational health issues specific to drone operations and the procedures for reporting and addressing these concerns promptly.

Amendments and authorisation

All amendments to the method statement for drone and UAV operations must be documented and authorised prior to implementation. Any changes to the operational procedures, including flight paths, equipment specifications, or personnel involved, require a formal review and approval process.

1. Initiation of Amendments: Any team member identifying the need for an amendment must submit a detailed proposal outlining the rationale and potential impact on safety and operations.

2. Review Process: The proposed amendment will be reviewed by the Health and Safety Advisor, the UAV Operations Manager, and any relevant stakeholders. This review will assess the implications for safety, compliance with aviation regulations, and operational efficiency.

3. Risk Assessment Update: An updated risk assessment must accompany any proposed amendment, highlighting new or altered risks and the measures to mitigate them.

4. Authorisation: Final authorisation must be obtained from the Project Manager and the Health and Safety Advisor. This ensures that all safety protocols are maintained and that the amendment aligns with project objectives.

5. Communication: Once authorised, the amendment must be communicated to all relevant personnel. This includes a briefing session to ensure understanding of the changes and their implications for drone operations.

6. Documentation: All amendments must be documented in the project records, including the date of implementation, authorising personnel, and any associated risk assessments.

7. Monitoring and Review: Post-implementation, the amendment’s impact on operations should be monitored closely. A review meeting should be scheduled to evaluate its effectiveness and address any unforeseen issues.

By adhering to these procedures, the integrity of drone and UAV operations is maintained, ensuring safety and compliance with all relevant regulations.

Activities

Pre-Start Checks

• Ensure the designated take-off and landing area is clear of obstructions and unauthorised personnel.
• Verify that all necessary permissions and notifications for airspace use have been obtained.
• Conduct a visual inspection of the drone and UAV equipment for any visible damage or wear.
• Inspect the drone for any visible damage or wear, including propellers, body, and landing gear.
• Confirm that all batteries are fully charged and in good condition, and securely installed in the drone.
• Check that the remote control is functioning correctly and has sufficient battery life.
• Ensure that all required documentation, including risk assessments and method statements, is complete and available on site.
• Verify that all firmware and software updates have been completed on both the drone and remote control.
• Ensure that all personnel involved in the operation are briefed on the task and understand their roles and responsibilities.
• Verify that all safety equipment, such as first aid kits and fire extinguishers, is present and accessible.
• Confirm that weather conditions are suitable for safe drone operations.
• Ensure that the GPS signal is strong and stable before proceeding.
• Review the flight plan and ensure it is programmed correctly into the drone’s system.
• Conduct a final visual inspection to ensure all components are secure and in proper working order.

Motor-Start Checks

• Ensure the drone and all equipment are in a designated safe area, away from any obstructions or personnel.
• Verify that the pre-start checks have been completed, including inspection of the drone’s physical condition and battery levels.
• Confirm that the flight area is clear of any unauthorised personnel and potential hazards.
• Check that all necessary permissions and notifications for airspace use have been obtained and are current.
• Ensure that the operator and any support personnel are wearing appropriate personal protective equipment.
• Review the weather conditions to confirm they are suitable for flight operations.
• Establish a clear communication protocol with all team members involved in the operation.
• Verify that all safety equipment, such as fire extinguishers, is readily accessible.
• Power on the remote control and ensure it is functioning correctly.
• Connect the drone’s battery securely and power on the drone.
• Check that all propellers are securely attached and undamaged.
• Verify that the drone’s software and firmware are up to date.
• Conduct a visual inspection of the drone for any signs of damage or wear.
• Test the responsiveness of the controls by gently moving the joysticks.
• Ensure that the GPS signal is strong and stable before proceeding.
• Document the completion of motor-start checks in the operation log.

Flight Operations

• Ensure all pre-start checks have been completed, including verification of equipment integrity and battery levels.
• Confirm that the designated flight area is clear of unauthorised personnel and potential obstructions.
• Verify that the weather conditions are suitable for flight operations, with no adverse changes expected.
• Check that the drone’s GPS system is functioning correctly and has acquired a stable signal.
• Conduct motor-start checks to ensure all motors are operating smoothly and without irregularities.
• Review the flight plan, ensuring it complies with airspace regulations and has been approved by relevant authorities.
• Establish clear communication with all team members involved in the operation, confirming roles and responsibilities.
• Ensure emergency procedures are understood by all personnel, with contingency plans in place for potential incidents.
• Confirm that all necessary permissions and notifications have been obtained from local authorities and stakeholders.
• Conduct a final safety briefing with the team to address any last-minute concerns or updates.
• Ensure the drone is powered on and all systems are functioning correctly.
• Verify that the flight path is clear of obstacles and unauthorised personnel.
• Establish communication with any necessary air traffic control or relevant authorities.
• Initiate take-off procedures, maintaining a safe distance from personnel and structures.
• Monitor the drone’s altitude, speed, and direction continuously during flight.
• Adjust the flight path as necessary to avoid hazards or restricted areas.
• Maintain visual line of sight with the drone at all times.
• Communicate any changes in flight plan to relevant team members or authorities.
• Prepare for landing by identifying a clear and safe landing zone.
• Execute landing procedures, ensuring a controlled descent and touchdown.
• Conduct a post-flight inspection to assess any potential damage or maintenance needs.

Post-Flight Checks

• Ensure the drone has landed safely and the motors are powered down.
• Inspect the drone for any visible damage or wear, focusing on the propellers and landing gear.
• Remove the battery from the drone to prevent accidental power-up and check for any signs of damage or overheating.
• Record flight data and any anomalies observed during the operation in the logbook.
• Clean the drone and its components, removing any dirt or debris accumulated during the flight.
• Store the drone and all equipment in their designated protective cases.
• Review and document any maintenance requirements identified during the flight.
• Ensure all equipment is accounted for and securely stored before leaving the site.
• Complete any necessary documentation, including flight logs and incident reports.

Malfunction Management

• Ensure all pre-start checks have been completed and documented.
• Verify that all motor-start checks are satisfactory and the drone is ready for operation.
• Conduct a thorough risk assessment to identify potential hazards specific to the operation area.
• Establish a clear communication protocol with all team members involved in the operation.
• Confirm that emergency procedures are understood by all personnel and equipment is readily accessible.
• Designate a safe landing area and ensure it is clear of obstructions and personnel.
• Brief the team on the specific malfunction scenarios and the corresponding response actions.
• Ensure that all necessary safety equipment, such as fire extinguishers and first aid kits, are available on site.
• Test communication devices to ensure they are functioning correctly for immediate reporting of any issues.
• Verify that all personnel are wearing appropriate personal protective equipment (PPE) for the operation.
• Upon identifying a malfunction, immediately assess the severity and potential impact on flight operations.
• If the malfunction poses an immediate threat to safety, initiate an emergency landing procedure in a safe and clear area.
• Communicate the situation to all relevant personnel, including ground support and any nearby air traffic control, if applicable.
• Utilise any available onboard diagnostic tools to identify the nature of the malfunction.
• If possible, implement corrective measures as per the manufacturer’s guidelines to rectify the issue.
• If corrective measures are unsuccessful, power down the drone safely and secure it to prevent further damage or risk.
• Document the malfunction in detail, including any corrective actions taken, for future reference and reporting.
• Conduct a thorough inspection of the drone post-incident to ensure no further issues are present before resuming operations.

Landing Area Assessment

• Ensure the designated landing area is clearly marked and free from obstructions.
• Conduct a visual inspection of the landing area to identify any potential hazards such as uneven terrain or debris.
• Verify that the landing area is within the operator’s line of sight and accessible for safe retrieval of the drone.
• Confirm that the landing area is a safe distance from any personnel, vehicles, or equipment.
• Assess the surrounding environment for any changes in weather conditions that may affect landing safety.
• Communicate with all team members to ensure they are aware of the designated landing area and any associated risks.
• Establish a clear communication protocol for signalling the commencement of landing procedures.
• Conduct a final check to ensure the landing area remains clear and safe for the drone’s descent.

Fire Response Procedures

• Ensure all personnel are briefed on fire response procedures and emergency contact numbers are readily available.
• Conduct a thorough inspection of the drone and surrounding area to identify potential fire hazards.
• Verify that fire extinguishers and other firefighting equipment are accessible and in good working condition.
• Establish a clear communication plan for alerting team members in the event of a fire.
• Designate a safe assembly point for personnel to gather in case of evacuation.
• Confirm that all personnel are wearing appropriate personal protective equipment.
• Review the site-specific fire evacuation plan and ensure all team members are familiar with escape routes.
• Test communication devices to ensure they are functioning properly for emergency use.
• Assign roles and responsibilities to team members for managing a fire incident.
• Reassess weather conditions to ensure they do not exacerbate fire risks during operations.
• Upon detection of a fire, immediately alert all personnel in the vicinity and ensure they are moved to a safe distance.
• Deactivate the drone’s power supply to prevent further electrical hazards.
• If safe to do so, use a suitable fire extinguisher to tackle the fire, ensuring the correct type is used for the specific fire class.
• Contact emergency services to report the incident and provide them with precise details of the location and nature of the fire.
• Establish a safety perimeter around the affected area to prevent unauthorised access.
• Conduct a headcount to ensure all personnel are accounted for and safe.
• Once the fire is extinguished, conduct a thorough inspection of the equipment and surrounding area for any residual hazards.
• Document the incident, including actions taken and any injuries or damages sustained, for future reference and analysis.

Loss of Control Protocols

• Ensure all personnel are briefed on the emergency procedures for loss of control.
• Verify that the designated emergency landing area is clear and accessible.
• Confirm that communication devices are operational and all team members are on the same frequency.
• Conduct a pre-flight check to ensure all control systems are functioning correctly.
• Establish a clear line of sight with the drone at all times during operations.
• Monitor weather conditions continuously to anticipate any changes that may affect control.
• Maintain a safe distance from obstacles and restricted areas throughout the flight.
• Have a secondary operator ready to take control if necessary.
• Ensure the drone’s return-to-home function is activated and set correctly.
• Review and rehearse the loss of control protocols with the team prior to commencing operations.
• Immediately engage the Return-to-Home (RTH) function if available and safe to do so.
• Attempt to regain manual control by switching to a different flight mode.
• If control is not regained, alert all personnel in the vicinity of the potential hazard.
• Monitor the drone’s position and trajectory using the ground control station.
• Prepare for a controlled descent by reducing altitude if possible.
• Ensure the landing area is clear of personnel and obstacles.
• If the drone is descending uncontrollably, guide it towards a safe landing zone away from people and property.
• Once the drone has landed, power off the motors and secure the area.
• Conduct a thorough inspection of the drone to identify any faults or damage.
• Report the incident to the relevant authorities and document the event for future reference.

Weather Change Adaptation

• Monitor weather forecasts and updates regularly to anticipate potential changes.
• Ensure all personnel are briefed on the current weather conditions and any expected changes.
• Verify that the drone’s weather monitoring systems are operational and calibrated.
• Assess the drone’s capability to handle the anticipated weather conditions, including wind speed and precipitation.
• Establish a clear communication protocol for reporting weather changes during flight operations.
• Identify and prepare alternative landing sites in case of adverse weather conditions.
• Ensure that all emergency procedures are reviewed and understood by the flight team.
• Confirm that all necessary equipment for weather adaptation, such as protective covers or additional stabilisation, is available and ready for use.
• Conduct a final risk assessment to evaluate the impact of potential weather changes on the operation.
• Monitor weather conditions continuously using reliable meteorological sources.
• Assess the impact of the weather change on current flight operations and planned flight path.
• Communicate the weather change to all relevant personnel involved in the operation.
• Evaluate the drone’s capabilities and limitations in relation to the new weather conditions.
• Adjust flight parameters, such as altitude and speed, to accommodate the weather change safely.
• If necessary, alter the flight path to avoid hazardous weather conditions.
• Ensure that the drone’s sensors and systems are functioning correctly to handle the new conditions.
• Implement any additional safety measures required for operating in the changed weather.
• Maintain constant communication with the ground control team throughout the adaptation process.
• Prepare for an immediate landing if the weather conditions exceed safe operational limits.

Power Loss Contingency

• Ensure the drone is operating within the designated flight area and at a safe altitude.
• Conduct a thorough pre-flight inspection to confirm all systems are functioning correctly.
• Verify that the drone’s battery levels are sufficient for the intended flight duration.
• Establish clear communication with the ground control team and ensure all personnel are aware of emergency procedures.
• Identify and familiarise oneself with potential safe landing zones within the operational area.
• Review the drone’s return-to-home settings and ensure they are correctly configured.
• Monitor weather conditions closely to anticipate any changes that may affect power consumption.
• Maintain visual line of sight with the drone at all times during flight operations.
• Prepare for immediate action by having a contingency plan in place for power loss scenarios.
• Upon detecting a power loss, immediately assess the altitude and position of the drone to determine the safest course of action.
• Initiate a controlled descent by reducing throttle gradually to maintain stability and prevent a rapid drop.
• Identify a safe landing area within the immediate vicinity, free from obstacles and personnel.
• Communicate with the ground team to inform them of the power loss and intended landing area.
• Utilise any remaining power to manoeuvre the drone towards the identified landing zone.
• Prepare for a manual landing if automatic systems are compromised, ensuring a steady approach.
• Once landed, power off the drone completely to prevent further complications.
• Conduct a thorough inspection of the drone to identify the cause of power loss before resuming operations.

GPS Signal Loss Management

• Ensure the drone is equipped with a reliable return-to-home function and that it is activated.
• Verify that the home point is correctly set and updated before take-off.
• Conduct a thorough pre-flight check to confirm all systems are functioning properly, including GPS signal strength.
• Establish a clear communication protocol with the ground team to report any signal issues immediately.
• Identify and document potential areas of signal interference within the flight path.
• Brief the drone operator on emergency procedures in the event of GPS signal loss.
• Ensure the operator is familiar with manual control operations to safely navigate the drone without GPS assistance.
• Confirm that the operator has a visual line of sight with the drone at all times during flight.
• Prepare an alternative landing site in case of prolonged GPS signal loss.
• Review and rehearse the emergency landing procedure with all relevant personnel.
• Immediately switch the drone to manual control mode to maintain stability upon GPS signal loss.
• Ascend to a higher altitude if safe to do so, to attempt re-establishing GPS signal.
• Check the drone’s orientation and ensure it is facing the home point or a safe landing area.
• Utilise visual line of sight to navigate the drone back towards the operator’s location.
• Monitor the drone’s battery level closely to ensure sufficient power for a safe return.
• If GPS signal is not restored, prepare for a manual landing in a safe and clear area.
• Communicate with any team members to ensure the landing area is secure and free from obstructions.
• Once landed, power down the drone and conduct a thorough inspection for any potential damage.
• Review flight data logs to determine the cause of GPS signal loss for future prevention.

Airspace Encroachment Prevention

• Review the designated flight area and identify any restricted or controlled airspace zones.
• Consult the latest aeronautical charts and relevant NOTAMs (Notices to Airmen) for updates on airspace restrictions.
• Ensure that all necessary permissions and clearances have been obtained from relevant aviation authorities.
• Conduct a pre-flight briefing with the drone operation team to discuss airspace boundaries and potential encroachment risks.
• Verify that the drone’s GPS and navigation systems are functioning correctly to maintain accurate positioning.
• Establish communication protocols with nearby air traffic control or relevant authorities, if required.
• Implement a real-time monitoring system to track the drone’s position relative to airspace boundaries during flight.
• Prepare contingency plans for immediate action should the drone approach or breach restricted airspace.
• Conduct a final check to confirm that all safety measures and procedures are in place before commencing flight operations.
• Monitor the drone’s flight path continuously during operations to ensure compliance with airspace regulations.
• Be prepared to initiate an immediate return-to-home procedure if the drone approaches restricted airspace.
• Document any airspace encroachment incidents and report them to the relevant authorities as required.
• Conduct a post-flight debriefing to review the operation and address any issues encountered.
• Securely store all equipment, ensuring that drones and related tools are safely packed away.
• Dispose of any waste materials generated during the operation in accordance with environmental regulations.
• Remove any temporary barriers or security measures implemented for the operation, ensuring the site is left in a safe condition.

Hazardous Substances

Battery chemicals (e.g., lithium)

Battery chemicals, such as lithium, are utilised to power the drone’s electrical systems and ensure operational functionality during flight.

Inhalation : Low (1)

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Asphyxia | Respiratory damage / Asthma / COPD | Smoke Inhalation

Initial Risk: Major (3) x Occasional (3) = Medium (9)

Controls

• Ensure proper ventilation in areas where battery chemicals are handled to disperse any harmful vapours.
• Provide and enforce the use of appropriate respiratory protective equipment for workers handling damaged or leaking batteries.
• Implement spill containment procedures to promptly address and clean up any chemical leaks.
• Conduct regular air quality monitoring to detect and mitigate hazardous vapour levels.
• Train workers on the hazards of inhaling battery chemicals and the importance of using protective measures.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

---

Ingestion : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Illness | Death

Initial Risk: Catastrophic (5) x Frequent (5) = High (25)

Controls

• Ensure all personnel handling batteries wash hands thoroughly before eating or drinking.
• Store batteries in clearly labelled, secure containers to prevent accidental ingestion.
• Provide training on the hazards of battery chemicals and safe handling procedures.
• Implement a strict no food or drink policy in areas where batteries are handled.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

---

Eye Contact : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Eye Damage

Initial Risk: Major (3) x Frequent (5) = Medium (15)

Controls

• Wear safety goggles or face shields when handling or inspecting batteries to prevent chemical splashes.
• Ensure an eyewash station is readily accessible in areas where battery chemicals are handled.
• Implement proper training for workers on safe handling procedures and emergency response for battery chemicals.
• Use sealed containers for storing and transporting batteries to minimise the risk of leaks or spills.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

---

Skin Contact : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Burns | Dermatitis

Initial Risk: Severe (4) x Frequent (5) = High (20)

Controls

• Wear appropriate chemical-resistant gloves when handling batteries to prevent skin exposure.
• Use long-sleeved clothing to minimise skin contact with battery chemicals.
• Ensure immediate access to washing facilities for decontamination in case of accidental contact.
• Implement safe handling procedures to avoid spills and leaks during battery maintenance.
• Provide training on the proper handling and disposal of damaged or leaking batteries.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

Fuel vapours (if applicable)

Fuel vapours may be present during the refuelling or operation of fuel-powered drones, where applicable.

---

Inhalation : Low (1)

---

Who might be harmed: Drone operators | Ground support personnel

Type of harm: Asphyxia | Death | Illness | Respiratory damage / Asthma / COPD | Smoke Inhalation

Initial Risk: Severe (4) x Probable (4) = Medium (16)

Controls

• Ensure adequate ventilation in areas where fuel vapours may accumulate.
• Use appropriate personal protective equipment, such as respirators, when necessary.
• Implement a no-smoking policy to prevent ignition of vapours.
• Conduct regular maintenance checks to prevent fuel leaks from drones.
• Establish a safe perimeter to limit exposure to fuel vapours.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

---

Eye Contact : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Eye Damage

Initial Risk: Severe (4) x Frequent (5) = High (20)

Controls

• Ensure proper ventilation in areas where fuel vapours may accumulate to prevent eye exposure.
• Provide and enforce the use of safety goggles or face shields when handling fuel or working near potential vapour sources.
• Implement spill containment procedures to minimise the release of fuel vapours into the air.
• Conduct regular training sessions on safe handling and emergency response procedures related to fuel vapours.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

---

Skin Contact : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Dermatitis

Initial Risk: Catastrophic (5) x Frequent (5) = High (25)

Controls

• Wear appropriate chemical-resistant gloves when handling fuel or equipment.
• Ensure proper ventilation in areas where fuel vapours may accumulate.
• Use long-sleeved clothing to minimise skin exposure to fuel vapours.
• Implement spill containment procedures to prevent skin contact with fuel.
• Provide safety training on handling and emergency procedures for fuel exposure.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

Cleaning solvents

Cleaning solvents are intended for the maintenance and removal of dirt, debris, and contaminants from drone components to ensure optimal performance and longevity.

---

Inhalation : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Asphyxia | Respiratory damage / Asthma / COPD | Smoke Inhalation

Initial Risk: Major (3) x Frequent (5) = Medium (15)

Controls

• Ensure adequate ventilation in the area where cleaning solvents are used to disperse fumes effectively.
• Use appropriate respiratory protective equipment, such as masks or respirators, when ventilation is insufficient.
• Limit the amount of time spent using cleaning solvents to reduce exposure duration.
• Store cleaning solvents in tightly sealed containers when not in use to prevent vapour release.
• Implement training for workers on the safe handling and use of cleaning solvents, including recognising symptoms of inhalation exposure.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

---

Eye Contact : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Eye Damage

Initial Risk: Severe (4) x Probable (4) = Medium (16)

Controls

• Ensure workers wear appropriate safety goggles or face shields when handling cleaning solvents to prevent splashes to the eyes.
• Provide training on the correct handling and application techniques for cleaning solvents to minimise the risk of eye contact.
• Install eyewash stations in close proximity to areas where cleaning solvents are used, ensuring immediate access in case of accidental exposure.
• Use cleaning solvents in well-ventilated areas to reduce the concentration of vapours that may irritate the eyes.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

---

Skin Contact : Low (1)

---

Who might be harmed: Drone operators | Maintenance personnel

Type of harm: Dermatitis

Initial Risk: Severe (4) x Occasional (3) = Medium (12)

Controls

• Wear appropriate chemical-resistant gloves to prevent direct skin exposure.
• Use long-sleeved clothing to minimise skin contact with solvents.
• Ensure proper ventilation to reduce solvent concentration in the air.
• Wash hands and any exposed skin thoroughly after handling solvents.
• Provide training on safe handling and emergency procedures for solvent exposure.

Residual Risk: Minor (1) x Improbable (1) = Low (1)

Induction Record

Company name:		Project title:
Location:		Contract No:

Subject:	Method Statement : Drone and UAV Operations	Tutor:
Date:		Signature:

This document has been provided as a template. By completing the section above, you take full responsibility for the use of this document.

Name	Comments	Signature	Date