Drone Solar Project Progress Monitoring in India
<1 cm
Level accuracy on aerial data capture
6+ GW
Solar Capacity Surveyed
500K+
Safe Drone Flights
48 Hrs
Report Turnaround
PAN-India
Deployment Ready
The Problem
Solar Construction Is Running on Outdated Information
India is commissioning gigawatts of solar capacity annually. Yet the monitoring of that construction across sprawling sites in Rajasthan, Gujarat, Andhra Pradesh, and Tamil Nadu still relies heavily on manual walks, WhatsApp photos from subcontractors, and periodic site visits that happen once a fortnight.
The gap between what your EPC contractor reports and what is actually on the ground can be weeks of progress or more accurately, weeks of missed progress.
👉 No Verified Progress Data Between Site Visits
Contractors self-report progress. Without aerial verification, billing milestones are settled on unverified claims often resulting in overpayments for work not yet done.
👉 Sites Are Too Large to Walk Systematically
A 100 MW solar site spans 250–300 acres. A ground team can cover perhaps 20 acres in a working day. Critical deviations in mounting structure alignment or module installation are missed entirely.
👉 As-Built Deviations Are Caught Too Late
When mounting structures go up misaligned or module rows are installed at the wrong tilt, corrections made after the fact cost 3–5× more than catching the issue during installation.
👉 Labour Deployment Is Invisible to Project Owners
Multi-vendor EPC contracts with dozens of subcontractors create persistent visibility gaps on actual manpower deployment making it impossible to hold anyone accountable for slow zones.
The Service
What Is Drone Solar Project Progress Monitoring?
Drone solar project progress monitoring is a scheduled aerial data collection and reporting service designed for the construction phase of utility-scale, C&I, and ground-mount solar projects in India. It is distinct from post-commissioning solar panel inspection which identifies electrical faults in operating systems and from pre-construction feasibility surveys.
DGCA-certified Remote Pilots fly pre-programmed routes using RTK-GPS drones with Ground Control Points, capturing high-resolution RGB imagery across your entire site in a single session. That data is processed through photogrammetry workflows into georeferenced orthomosaic maps, 3D terrain models, and AI-assisted analytics.
The output is a structured progress report tied to your EPC contract milestones, with deviation flags at GPS coordinates your engineering team can act on immediately. Every mission complies fully with India’s UAS Rules 2021 conducted by pilots holding a valid DGCA Remote Pilot Certificate.
How Drone Solar Project Monitoring Works
Five steps from project briefing to report in your inbox. Every step is executed by people who have run 500+ solar site monitoring missions.
Site Assessment & Monitoring Plan
Our team reviews your project layout, EPC contract milestones, and lender reporting obligations. We define flight paths, monitoring zones, deliverables, and a schedule calibrated to your construction programme not a template designed for a different project type. Typically completed in 48–72 hours
Scheduled Drone Flights by DGCA-Certified Pilots
Trained Remote Pilots deploy on a fixed cadence weekly, bi-weekly, or milestone-triggered. Every flight follows an automated, pre-programmed route using RTK-GPS drones with deployed GCPs, ensuring consistent spatial coverage and sub-5 cm georeferencing accuracy on every mission.
Multi-sensor data capture: RGB, thermal, LiDAR
High-resolution RGB imagery forms the foundation for orthomosaic mapping and module count analytics. Thermal imaging flags structural or material anomalies. LiDAR aerial survey is available for earthwork volumetric analysis essential for accurate cut-and-fill billing verification on large sites.
AI analytics: module count, labour, deviation detection
Captured data is processed through AI-assisted pipelines to count installed modules by zone and row, identify deployed workers and machinery per section, and overlay actual installation against approved drawings. Structural deviations beyond ±5 cm are auto-flagged with GPS coordinates and deviation magnitude.
Report delivery within 48 hours
Structured progress reports and dashboard access delivered within 48 hours of each flight. Reports include zone-wise progress percentage, deviation summary with GPS flags, module installation count, labour data, and comparison against the previous flight. Formats: PDF, GeoTIFF, Excel-compatible data export, dashboard link.
Key benefits
Why Solar EPCs and IPPs Choose Drone Monitoring
✦ Verify contractor progress before releasing milestone payments
✦ Generate lender-ready construction progress documentation
✦ Detect as-built deviations before rework costs compound
✦ Track labour deployment across multi-vendor sites objectively
✦ Scale monitoring across your entire solar project portfolio from a single contract
Drone Monitoring in Action:
Three Project Scenarios
How solar EPCs, IPPs, and lenders have used Lesoko drone monitoring to protect capital, catch deviations early, and accelerate documentation cycles.
A project owner’s drone solar project monitoring report identified module installation in Zones C and D — claimed at 65% complete by the EPC contractor for that billing period — was in fact 41% completion when measured against the flight’s orthomosaic.
Weekly aerial monitoring identified pile misalignment in a 12-acre section during Week 3 of structural installation. GPS coordinates and deviation magnitudes were included in the drone data report from the as-built survey overlay.
An IPP with a 200 MW solar project in Andhra Pradesh used bi-weekly drone monitoring reports as primary construction progress evidence for four consecutive lender drawdown tranches, with the project’s independent engineer accepting geo-referenced aerial reports.
Part of Lesoko's Complete Solar UAV Ecosystem
Progress monitoring covers the construction phase. For pre-construction and operational phases, Lesoko offers specialist drone services built on the same DGCA-certified platform.
Pre-Construction
Sub-centimetre accurate 2D/3D site mapping, shadow analysis, and feasibility data before you commit to design or installation.
Construction Phase
You are here. Real-time aerial intelligence on module installation, contractor performance, deviations, and schedule adherence.
Operations & Maintenance
Thermal + RGB drone inspection for operating plants hotspot detection, bypass diode failures, and AI defect reporting at panel level.
Drone Monitoring in Action — Real Projects Across India
Every image below is captured from an actual Lesoko drone flight. This is what your project reports look like.
Hourly updates
Hourly updates
Hourly updates
Hourly updates
Weekly and monthly reports
Weekly and monthly reports
Weekly and monthly reports
Weekly and monthly reports
Why Choose Lesoko
DGCA-certified Remote Pilots on every mission
Every field pilot holds a current DGCA Remote Pilot Certificate. Every flight is conducted within the UAS Rules 2021 framework. Your project carries zero regulatory risk from uncertified operators.
Solar-native monitoring workflows
Our reporting templates, zone structures, and analytics pipelines are built for solar construction not adapted from infrastructure or real estate workflows. Deliverables map directly to EPC contract structures.
48-hour report turnaround, SLA-backed
Construction moves daily. A report delivered on Day 5 is documentation, not monitoring. We commit to 48-hour delivery from flight completion on every engagement.
Pan-India deployment including remote sites
Our distributed pilot network covers all major solar states including desert-terrain Rajasthan and coastal Andhra Pradesh where metro-based providers frequently decline or charge prohibitive mobilisation fees.
Strict data confidentiality, NDA-backed
All project data site layouts, progress reports, deviation analyses is held under NDA and stored on secured servers. Never shared with third parties, including other clients in the same sector.
Proven at scale with major IPPs
Clients include Southern Railways and major solar and wind IPPs across India. Over 6 GW of solar capacity monitored. Over 500,000 drone flights completed.
Drone-Based Solar Project Progress Monitoring
Trusted By Industry leaders
Is your solar project's construction progress being reported accurately or just conveniently?
Send us your project details and receive a tailored monitoring proposal within 24 hours: recommended flight frequency, deliverables, and indicative pricing. Lesoko deploys pan-India with no minimum project size.
Frequently Asked Questions
Drone solar project monitoring India works in five stages: site assessment and flight plan creation, scheduled deployment of DGCA-certified pilots, multi-sensor aerial data capture (RGB, thermal, or LiDAR), AI-assisted data processing for module count and deviation analysis, and structured report delivery within 48 hours. The monitoring schedule is designed around your EPC contract milestones, so each flight and report maps to a specific construction phase or payment trigger.
Yes. Under India’s UAS Rules 2021, all commercial drone operations must be conducted by pilots holding a DGCA Remote Pilot Certificate (RPC). Using uncertified operators exposes the project owner, EPC contractor, and drone service provider to regulatory penalties and insurance voidance. Lesoko operates exclusively with DGCA-certified Remote Pilots. Pilot certification documentation is available on request for every engagement.
A full Lesoko monitoring flight delivers: a georeferenced orthomosaic map (GeoTIFF), high-resolution geotagged RGB imagery, zone-wise progress percentage, AI module count by row and zone, as-built deviation overlay with GPS flags, labour and machinery count per zone, and a structured PDF report formatted for lender or internal review. Monthly monitoring clients additionally receive dashboard access with trend analysis across all flight periods.
Yes. Lesoko has operational experience across India’s most demanding solar project environments: desert-terrain sites in Rajasthan, coastal projects in Andhra Pradesh, arid sites in Gujarat, and rocky terrain in Karnataka. Our distributed pilot network enables rapid mobilisation to remote locations without week-long logistics delays. Any remote-site mobilisation surcharge is calculated transparently and included in your project quote.
Pricing for drone solar project monitoring India depends on site size (acres), flight frequency, and analytics package. A one-off flight covering up to 100 acres with a standard orthomosaic and PDF report is quoted within 24 hours of a brief site description. Monthly monitoring contracts are priced per project. Most EPC contractors find that a single flight preventing one disputed milestone payment recovers the entire monthly monitoring cost.
Orthomosaic mapping is the process of stitching hundreds of overlapping aerial images into a single, geometrically corrected top-down map. In construction monitoring, it enables zone-by-zone measurement of module installation progress, row-by-row comparison against approved design drawings, and detection of as-built deviations at sub-5 cm accuracy across a 300-acre site in a single analysis pass. The resulting GeoTIFF is importable into GIS, CAD, and project management tools.
During peak structural and module installation phases, weekly flights deliver the most actionable data deviations are identified within days. For lender or insurance milestone reporting, bi-weekly flights are typically sufficient. During slower phases such as cable laying or pre-commissioning, monthly monitoring is often adequate. Lesoko designs monitoring schedules around your specific construction programme so you pay only for the frequency your project genuinely needs.
Yes — this is one of the highest-value applications of drone solar project monitoring India. Lesoko’s reports are time-stamped, GPS-georeferenced, and include full flight metadata meeting construction progress evidence requirements of most project finance lenders and independent engineers. For insurance underwriters, the aerial record provides objective, dated documentation of site condition at any milestone point. Reports can be formatted to align with specific lender templates on request.
