Professional planning tools for responsible pilots
Safety, Legal & Responsible Use

Professional planning helps. Pilot judgement still leads.

DroneGo.io provides planning tools only. The remote pilot remains fully responsible for safe and lawful operation at all times. The software can support better preparation, but it does not create permission, legal compliance or guaranteed safety.

Operator responsibility

The pilot or operating organisation remains fully responsible for every flight. DroneGo.io assists planning only. Users must comply with aviation law, airspace restrictions, local operating rules, aircraft limitations, manufacturer guidance and site-specific procedures.

Core principle: DroneGo.io provides planning tools only. The remote pilot remains fully responsible for safe and lawful operation at all times.

Visual line of sight (VLOS)

Automated missions can reduce routine control workload, but operators must continue to maintain visual line of sight and situational awareness where required by law. A waypoint mission does not remove the need to monitor the aircraft, the route and what is happening around it.

  • Choose a launch position that supports safe monitoring of the whole route.
  • Do not become distracted by the screen, telemetry or automation.
  • Use a spotter where appropriate for commercial or complex sites.

Airspace, permissions and geofencing

Always verify current airspace status immediately before flight. Airspace restrictions can change. Previous approval does not guarantee future approval, and NOTAMs or temporary restrictions may apply. Manufacturer geofencing or unlocking requirements may also still affect whether a mission can be flown.

  • Check controlled or restricted airspace before every launch.
  • Confirm any required permissions are current for the actual flight date and time.
  • Assume geofencing and manufacturer rules still apply even if a route has been generated successfully.

Pre-flight checks

Aircraft and controller

Check battery levels, propeller condition, firmware status, RC link health, compass status, GNSS readiness and home point confirmation.

Mission setup

Confirm take-off and landing area, return-to-home behaviour, obstacle environment, camera setup and available storage if filming.

Weather and site

Review wind, precipitation, visibility, light levels and site access conditions before launch.

Operational readiness

Know how to pause, cancel, hover or recover manually before starting an automated mission.

Mission review before launch

Never assume imported or generated missions are correct without review. Before launch, check altitude settings, speed, route proximity to obstacles, headings, gimbal behaviour, take-off point reference, terrain clearance and the expected route through the whole site.

For DJI waypoint missions, height is calculated from take-off. If TOALP is wrong, or the aircraft launches from a different take-off point than planned, mission height accuracy and repeatability can drift immediately.

  • Confirm route shape and direction of travel.
  • Confirm the correct take-off reference and waypoint height interpretation.
  • Confirm speed and turn behaviour are suitable for the site.
  • Confirm headings, focal points and gimbal pitch do what you expect.

Environmental conditions

Wind, rain, fog, snow, poor light, GNSS interference and magnetic environments can all affect real-world flight. A route that looks clean in software may perform differently on site depending on actual conditions.

Important: Repeatable missions improve consistency, but no automated flight can guarantee identical real-world results.

Obstacle awareness

Always reassess for obstacles and activity on the day. Trees, power lines, buildings, cranes, scaffolding, machinery, temporary fencing, parked vehicles, people movement and wildlife can all change between planning and launch.

A route that was safe last month may not be safe today.

Automated flight limitations

  • Mission speed may differ from manual flight feel.
  • Aircraft may smooth turns differently from how a pilot flew them manually.
  • GPS drift, wind and firmware changes can alter path fidelity.
  • Obstacle avoidance and signal-loss behaviour may vary by aircraft and settings.
  • Mission playback may not identically match the original manual flight.

Repeat missions and changed sites

A previously safe route must be reassessed before every repeat mission. Construction sites, demolition zones, estates, farms and infrastructure corridors all change. New cranes, scaffolding, fencing, access rules, footfall and vegetation growth can invalidate an older mission.

Construction and commercial work sites

  • Coordinate with the site manager or principal contractor.
  • Confirm exclusion zones, lifting operations and crane activity.
  • Follow RAMS, induction requirements and any agreed stand-off distances.
  • Avoid active machinery zones and changing traffic routes.
  • Use a spotter where appropriate.

Privacy, public safety and international use

Respect privacy laws, public-safety obligations and local rules wherever you operate. UK-first guidance may be a useful starting point, but it may not match the legal requirements in other countries.

  • Keep safe separation from uninvolved people.
  • Avoid unnecessary filming of private property or individuals.
  • Use signage or notification where required.
  • Check the local authority or regulator if operating outside the UK.

Emergency procedures and software disclaimer

Operators should know how to interrupt or cancel a mission before launch. Be ready to take manual control, pause the route, command return-to-home or land immediately if conditions become unsafe.

Software disclaimer: DroneGo.io does not guarantee legal compliance, mission acceptance by DJI software, obstacle clearance or a safe route. Use it with professional judgement. Some features may be beta or evolving.