GEOLOGICAL DRONE SURVEYS BUSINESS PLAN

I. Executive Summary

Company Description

No public company name was provided. Based in the United States and launching in 2026, we operate in the geological surveying and geospatial analytics sector. We deliver aerial geological data acquisition and analysis using industrial-grade UAVs and advanced LiDAR sensors to produce high-resolution maps and models for mining, construction, and environmental clients. Our operations combine geological expertise, FAA-certified flight operations, and data science to transform raw spatial data into actionable 3D models and predictive insights using proprietary AI algorithms. We deliver precise, safe, AI-driven 3D geological maps.

We target institutional buyers in the mining, construction, and environmental sectors across the U.S., focusing on site managers, exploration geologists, and engineering firms that require regulatory-grade, high-precision spatial data. Short-term goals are to begin operations in 2026, complete FAA and operational certifications, and secure initial commercial engagements. Long-term goals are to scale operations nationally, expand the sensor and UAV fleet, and license our AI-driven analytics to enterprise clients. Our differentiation is the blend of FAA-certified flight ops, domain geology skill, and proprietary AI that converts LiDAR into predictive, decision-ready models.

Problem

Traditional geological surveying in the United States is slow, costly, and often dangerous. Ground-based data collection frequently lacks the resolution and coverage modern projects require; standard reports rarely include integrated 3D models. These gaps increase project timelines and permitting delays, raise on-site safety and liability exposure, produce incomplete datasets, cause inaccurate site planning and cost overruns, and limit visibility for resource and risk estimation.

One-liner: These inefficiencies delay projects, raise liability, and inflate costs. The market is underserved because existing methods do not consistently deliver high-resolution, nationwide aerial LiDAR mapping, FAA-certified flight operations, and AI-driven 3D models together—creating a clear need for a U.S.-based aerial geological data and analysis service launching in 2026.

Solution

Traditional geological surveying in the U.S. is slow, costly, and risky, often failing to capture the high-density data needed for modern 3D modeling and precision engineering, which causes delays, higher costs, and planning inaccuracies. Our solution uses industrial-grade unmanned aerial vehicles equipped with LiDAR and multispectral sensors to capture high-density geological data remotely, producing precise 3D point clouds, digital terrain models, and orthomosaic maps with sub-centimeter accuracy and applying AI analytics for rock-formation and land-stability insights—all delivered without ground-level personnel on site.

Automated aerial LiDAR and multispectral surveys that deliver sub-centimeter 3D site digital twins.

Mission Statement

Our mission is to deliver the U.S. mining, construction, and environmental industries the most accurate, safe, and cost-effective geological data through drone technology and AI analytics. We replace hazardous ground surveys with high‑precision aerial solutions to improve project efficiency and personnel safety. We partner with heavy industry to provide actionable insights that support sustainable, informed land management.

Key Success Factors

Focused on high-end LiDAR and AI for predictive geological analysis.

• Use high-end LiDAR and AI for predictive geology
• Maintain Lead Geologist and FAA-certified pilots for compliance
• Secure long-term contracts with mining and construction firms
• Lower CAC from $2,500 to $1,600 by 2030
• Prioritize safety and non-invasive data to meet ESG

Financial Summary

Fast growth: negative EBITDA in year one, break-even in Feb 2028, and positive cash profits thereafter.

Financial requirements: initial CAPEX of $568,000 in 2026 to secure technology; minimum cash trough -$249k in Feb‑2028; anticipated overall ROE 5.06% and IRR 3%, with full payback in 47 months.

Outlook: profitable growth after Feb 2028 with a modest multi-year return profile.

Funding Requirements

We require $868,000 in mixed equity and equipment financing to buy the drone and sensor fleet, fund launch-year losses, cover first-year marketing, and sustain operations to break-even in February 2028.

Financial summary: EBITDA scales from -$306,000 in 2026 to $3,714,000 by 2030; break-even arrives Feb 1, 2028; full payback occurs in 47 months; billable hours per customer reach 26.0 hours/month by year five; first-year CAPEX is $568,000; five-year ROE is 5.06% and IRR is 3.0%.