Design for the target
The expected target depth and orientation inform line direction, spacing, terrain clearance and the survey boundary.

Geophysical data acquisition
Low-level magnetic work demands disciplined integration. Airframe signature, sensor separation, line spacing, terrain following and base-station control all affect the dataset.
Service brief
Delivered in Malawi
Drone Solutions Malawi helps exploration and geophysical teams plan and execute UAV magnetic surveys in terrain where ground coverage may be slow or difficult. We start with the geological objective and target scale, then establish a practical acquisition design, sensor arrangement, line orientation, tie lines, clearance and quality-control procedure. Specialist interpretation can be scoped separately with appropriately qualified geophysicists.
Suitable sectors
Working method
Each stage leaves a decision trail—from the initial brief through field execution and handover.
The expected target depth and orientation inform line direction, spacing, terrain clearance and the survey boundary.
Sensor placement, airframe suitability, compass checks, base-station monitoring and test lines are reviewed before production flying.
Coverage, altitude, line deviation, diurnal variation and data continuity are monitored so gaps can be addressed while the crew is still on site.
Outputs
The final scope is written around the mission and the output your team will use. Typical components include:
System fit
Availability, payload compatibility and the final operating configuration are confirmed during consultation.
Plan the next step
Share the licence or survey boundary, available geology, target depth, preferred line spacing, terrain information and required data format.
Aircraft, payload and service availability may change. Flight operations remain subject to site conditions, the approved operating scope and applicable Malawi aviation requirements. Manufacturer performance figures are not service guarantees.