Pre-Harvest Planning and Operational Layout Support

Pre-harvest planning commonly combines desktop mapping, existing imagery, field reconnaissance, GPS layout, access review, GIS revision, and professional assessment.

Current aerial imagery can help identify visible conditions and potential constraints before field crews begin detailed layout.

Illustrative 150-Hectare Scenario

Conventional Planning Workflow

• Desktop planning, field reconnaissance, and GIS revision: 88 hours

• Labour cost: $7,480

• Travel and mobilization: $1,200

• Estimated total: $8,680

Drone-Assisted Planning Workflow

• Targeted planning, field verification, and GIS work: 62 hours

• Internal labour cost: $5,270

• Drone capture and analytical delivery: $1,500

• Reduced travel and mobilization: $600

• Estimated total: $7,370

Illustrative Result

• Estimated cost reduction: $1,310

• Estimated percentage reduction: 15%

• Labour redirected: 26 hours

The potentially larger return comes from identifying access, boundary, landing, or operational concerns before contractors and machinery mobilize.

Avoiding one return field visit, boundary revision, landing relocation, or access-plan change may outweigh the direct assessment savings.

Primary ROI Drivers

• Reduced preliminary reconnaissance

• Fewer return visits

• More current planning information

• Faster GIS revision

• Better-targeted professional assessments

• Earlier identification of visible operational constraints

• Reduced risk of late layout changes

Drone imagery supports operational planning. It does not replace professional road design, terrain assessment, stream classification, archaeological review, or other specialized requirements