High-power laser beaming requires a defined optical path, controlled access and a site-specific safety assessment. The review must cover the transmitter, receiver, aircraft, people, reflections and surrounding airspace.
The pilot safety review defines the laser classification, access controls, emission-inhibit conditions, response to loss of tracking and aircraft backup-power requirements for the selected configuration.
The items below are requirements for the project review. The configuration and supporting test evidence are agreed for each pilot.
01
System configuration and laser classification
Define the transmitter, receiver, optical path and accessible emission for the selected setup. Classification and protective measures require a qualified assessment of that configuration, including reflections and non-routine operating conditions.
02
Safety functions and loss of tracking
Specify when emission is permitted or inhibited, how loss of alignment is handled, and what is required before restarting. The review also defines access controls, any detection measures, and the tests needed to verify the complete response.
03
Site and aircraft requirements
Review the operating area, the optical path, nearby people and reflective surfaces, and surrounding airspace. Aircraft integration must define reserve energy and the response to an interruption of the power link.
04
Regulatory review and next steps
Identify the responsible equipment, site and aircraft operators and the applicable approval route. The country, aircraft, operation and location determine the assessment and authorisations required.
Three separate reviews
Equipment, workplace and aviation
Laser safety, workplace/site requirements and aviation approvals are reviewed separately for the planned operation. An authorisation for a drone operation does not by itself establish laser product safety.
Laser product safety
IEC/EN 60825-1 provides a framework for equipment classification and requirements. The applicable edition and national implementation are determined by the specialist reviewing the equipment.
For workplaces in Germany, OStrV addresses optical-radiation risk assessment and the competence required for that work. The need for a laser safety officer depends on the applicable conditions.
The aviation route depends on the operating category and jurisdiction. For relevant operations, the national authority evaluates operational authorisation. SORA assesses operation risk; it is not a laser product certificate.
Share the country, type of site and expected operating geometry. We can then identify the technical information and qualified review needed for a useful pilot.