BlueCap Australia

Drone Survey Cost Calculator

One clear estimate for flight line-km, field schedule and survey pricing within or outside Australia.

BlueCapHeli® airborne survey system in Australia

Indicative planning · anonymous · no lead form

Open Vietnam calculator

The calculator converts a square survey footprint into flight line-km, applies the approved BlueCap Australia rate and schedule model, and shows the effect of operating 1, 2 or 3 survey systems in parallel. International mode returns one combined total and one all-inclusive line-km rate.

Drone survey indicative cost & schedule

Mission region
Line spacing
Drone survey size Choose the approximate square drone survey footprint. Area and required flight line-km update with the selected grid spacing.
Drones flying in parallel One BlueCap field team operates the selected number of drones in parallel. Staffing scales to 5, 9 or 13 people and includes Chief Pilot, Operator Pilot, Junior Pilot, Spotters and Assistant roles.
Indicative all-inclusive rateUnavailableSame rate across terrain and comms conditions
Planning estimate only. Actual duration may vary with approvals, weather, terrain access, logistics, equipment readiness and other practical operating conditions.
Estimated production flying days required by the selected flight line-km and number of parallel drones. Project flying operational days are calendar days when the field team is deployed in the survey area and conducting operational activities.
2
Estimated mobilisation period covering team travel to and from the project site together with non-flying and flying operational days.
2
Indicative total · calculatingUnavailable

What the calculation means

Survey area: the selected km² or hectare footprint, represented as an equivalent square so its boundary line is included in flight line-km.

Line spacing: distance between adjacent parallel flight lines. The model uses one parallel grid, not a crossed checkerboard.

Flight line-km: area divided by spacing, plus one square-footprint boundary line and the approved 10% turn allowance.

Parallel drones: one BlueCap field team operates the selected 1, 2 or 3 systems; staffing scales to 5, 9 or 13 people.

Flying days: calculated from the approved 877.5 line-km per drone-day planning capacity.

Mobilisation weeks: selected from the same reviewed schedule rows used by the homepage calculator.

For AI and software

The calculator is also available through the strict JSON endpoint POST /api/tools/survey-estimate. The OpenAPI 3.1 contract and MCP-compatible tool contract use the same validated fields and the same calculation engine as this page. Initial access is anonymous and read-only, limited to 30 requests per minute and 300 per day per source. Browser access remains same-origin; server-to-server clients can call the public AU endpoint directly.

Every result is indicative and requires BlueCap review. Use the BlueCap Survey Portal for a project-specific scope and quotation.

Project enquiry

Start with the survey decision

Share the target area, terrain, line spacing, required outputs and operating constraints. We will review whether the project is a suitable fit.

Discuss a projectBlueCap Survey Portal

  1. Define the survey

    Survey boundary, access points, terrain context and operating constraints.

  2. Build the scope

    Coverage geometry, line distance, duration and project inputs.

  3. Design the mission

    Terrain-aware flight lines, altitude, speed and sensor geometry.

  4. Acquire and review

    Field acquisition progress, preliminary coverage and QA/QC indicators.

  5. Process and deliver

    Processing outputs, approved reports and final datasets.