SkyPlotter deploys multi-sensor drone platforms — photogrammetry, LiDAR, and radiometric thermal — paired with a documented data processing pipeline that turns raw aerial captures into engineering-grade deliverables.
Specialized sensors and supporting systems working in concert to capture every dimension of your site.
Multi-payload UAS with weather-rated airframes, redundant flight systems, and enterprise-grade transmission links suitable for long-duration capture across construction, infrastructure, and energy sites.
Role
Compact aerial LiDAR scanner with multi-return support and integrated RGB capture for terrain classification on vegetated and complex sites.
Output
Calibrated radiometric thermal sensor with paired RGB capture, suitable for IEC 62446-3 anomaly classification on PV arrays and electrical infrastructure.
Output
High-resolution full-frame mapping camera with mechanical shutter for high-overlap aerial capture and centimeter-class GSD on suitable sites.
Output
Mobile RTK / PPK base station providing centimeter-level positioning for georeferenced data capture, complemented by ground control point validation.
Role
End-to-end processing, fleet management, and secure delivery for engineering-grade aerial data.
Photogrammetric processing software for LiDAR point cloud generation, orthomosaic reconstruction, and 3D model creation — with direct sensor calibration integration for engineering-grade outputs.
Cloud-based fleet management, mission planning, real-time flight monitoring, and centralized data organization for multi-site operations across the United States and Europe.
Encrypted data transfer, access-controlled deliverable portals, and structured file management. All project data is processed on secure infrastructure with full audit trails.
Full compliance with European data protection regulations for our European operations. Data retention policies, processing agreements, and privacy controls built into every project workflow.
The difference between hobbyist equipment and engineering-grade drone platforms is the difference between guesswork and documented data.
Our enterprise-grade airframes are weather-resistant — they fly in conditions that ground consumer drones. Redundant flight controllers, dual-battery hot-swap capability, and multi-directional obstacle sensing mean your project stays on schedule regardless of site conditions.
Enterprise platforms feature redundant IMUs, barometers, GNSS modules, and battery systems. If a component fails mid-flight, the aircraft continues the mission safely. Consumer-grade drones have no redundancy — a single sensor failure means a crash and lost data.
Our photogrammetry and LiDAR sensors deliver capability ranges suitable for engineering documentation. Combined with on-site RTK / PPK corrections and ground control point validation, every data point is georeferenced to centimeter-class precision — with project-specific tolerances documented in your Statement of Work.
Enterprise projects require enterprise-grade equipment for insurance coverage and regulatory compliance. Our fleet meets commercial aviation standards under FAA Part 107 (US) and EU Reg. 2019/947 (EU), carries proper liability coverage, and satisfies the documentation requirements of major construction and infrastructure contracts.
A four-stage pipeline that transforms aerial sensor data into structured, engineering-grade outputs.
Capability ranges across our platform. Project-specific accuracy and density targets are agreed in advance and stated in your Statement of Work.
| Parameter | Capability |
|---|---|
| Photogrammetric Output | Centimeter-class GSD on suitable sites |
| Positioning & Control | RTK / PPK with ground control point validation |
| LiDAR Capture | High-density classified point clouds |
| Thermal Capture | Calibrated radiometric, IEC 62446-3 anomaly classes |
| Volumetric Measurement | Project-specific volume tolerances per SOW |
| Output Formats | GeoTIFF, LAS / LAZ, DXF, SHP, PDF |
| Regulatory Framework | FAA Part 107 (US) · EU Reg. 2019/947 (EU) |
Achievable accuracy is project-dependent and a function of flight altitude, ground control density, sensor selection, and site conditions. Specific tolerances are documented in each SOW. SkyPlotter is not a licensed land surveyor; deliverables are not legal boundary determinations or certified surveys.
Deliverables formatted for direct import into the platforms your team already uses.
Direct import of DXF contours and surface models for civil engineering design workflows.
GeoTIFF orthomosaics and classified point clouds ready for spatial analysis and mapping.
Open-source GIS integration for all raster and vector deliverables without licensing constraints.
Point cloud integration for as-built modeling and building information management systems.
Get a custom proposal with sensor recommendations, accuracy targets, and deliverable formats tailored to your project.
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