Drone Wind Turbine Inspection
A rope team inspecting one turbine is most of a day and a full stop on generation. A drone doing the same survey is measured in tens of minutes, which is why blade inspection was the first part of wind O&M to move to the air.
- Free to post
- No commission on the job
- Part 107 certified pilots
117 inspection pilots ready to quoteAcross 37 states & regions
Nobody on a rope at hub height
Rope access on a blade is skilled, weather-dependent and inherently hazardous work. Moving the looking part of it to an aircraft leaves the ropes for repairs, which is where they earn their cost.
All four surfaces, consistently
Leading edge, trailing edge, pressure side and suction side, captured at the same standoff on every blade. Consistency is what lets this year's survey be compared with last year's rather than merely re-described.
Cheap enough to repeat
Erosion is progressive and the useful question is how fast. Once a survey costs a fraction of a rope inspection, tracking a defect through several surveys becomes a maintenance decision rather than a budget request.
Free to post
Posting and receiving quotes costs nothing, and SkyLog takes no commission and adds no markup. You pay the pilot you hire, at the price the two of you agree.
What this settles
- Leading-edge erosion — the dominant degradation mode, and the one quietly costing annual energy production long before it is structural.
- Surface cracks, lightning strike damage, receptor and down-conductor condition, delamination and debonding along trailing edges and bond lines.
- Damaged or missing vortex generators and serrations, coating loss and exposed laminate.
- Tower coating and welds, visible bolt flanges, the nacelle exterior, and foundation grouting at the base.
What it does not
- See inside the blade. Shear web bonding, spar cap defects and internal cracking are invisible from outside.
- Replace ultrasonic testing or other non-destructive methods where subsurface condition is the question.
- Remove the rope team. On most sites they are coming anyway — the argument is that they arrive knowing what they are fixing.
- Fly around your schedule. The turbine must be stopped and the rotor locked in position, and that needs SCADA access.
The flying is rarely the constraint. How many turbines your team can stop, position and release in a day is — plan the survey around that, and expect to be quoted per turbine on an assumption about repositioning speed.
How it works
Three steps, no account needed to start, and nothing to pay at any point in it.
- 1
Describe the job
The form opens with this page's answers already filled in — service, deliverable, site access. Add the location and anything specific to your site.
- 2
Pilots quote it
Every pilot whose service area and services match is notified. You get itemised quotes back with their credentials, kit and sample work attached.
- 3
Compare and hire
Pick on price, proximity or portfolio, and pay the pilot directly. SkyLog takes no cut and adds no markup to what you agree.
Inspection pilots with published profiles
Real published profiles. Open any one to see credentials, kit, service area and sample work before you post.
chris aldridge
Texas, United States
20 work samples
I’m a commercial drone pilot providing aerial mapping, property line overlays, topographic mapping, construction site data, radiometric thermal inspections, 3D modeling, real estate listing photography and video, property marketing, and professional aerial imagery for businesses and landowners.
Real estateWeddingEventInspectionMapping / surveyFilm / TVConstructionOther- George Benes
Oregon, United States
13 work samples
I've been a Part 107 drone pilot since 2019, working with Pacific Northwest clients on Real estate, construction progress, mapping, telecom inspections, architectural photography and events. I am very flexible and can provide deliverables within 24 - 48 hours. I take great pride in my work and having a photography business, my delivered photos are edited and culled to the best of the best. I worked for 30+ years as a commercial construction Superintendent, managing multi-million dollar construction projects and this experience allows me to be very safety oriented and knowledgeable on construction sites, providing the construction companies with usable deliverables that they can share with all stakeholders involved in their building project.
Real estateEventInspectionMapping / surveyConstruction 
Andy Jones
California, United States
12 work samples
FAA Part 107 Certified Remote Pilot based in Southern California, specializing in construction documentation, infrastructure inspections, mapping, orthomosaics, and aerial imagery. With more than two decades of experience managing complex federal construction projects, I understand the importance of accuracy, safety, and delivering actionable data—not just photos. I operate professional DJI Enterprise aircraft, including the DJI Matrice 4E, DJI Matrice 4T, as well as the DJI Air 3S for high-resolution imaging and the DJI Neo 2 for specialized close-range operations. My services include construction progress documentation, roof and property inspections, land development, infrastructure photography, photogrammetry, mapping, and custom aerial imaging. I also conduct search operations for lost pets using aerial search techniques and thermal imaging. Every mission is conducted in compliance with FAA regulations, with careful mission planning, clear communication, and a commitment to delivering high-quality results on schedule. Whether you need a single inspection or recurring project documentation, my goal is to provide reliable aerial data you can confidently use to make decisions.
Real estateEventInspectionMapping / surveyConstructionAgricultureOtherFilm / TVWedding
George Colonna
Maryland, United States
12 work samples
Started flying drones for General Dynamics Robotics Systems in 2009 as the subject matter expert and lead test engineer for RCTA and a program called the Soldier Machine Interface. We developed leader/follower code for up-armored autonomous assets a full decade before Google fielded their driverless car "train" and a UI that let soldiers/marines plan missions on the ground and in the air. My job was to ensure the software worked, more importantly, met customer requirements. Working in the field afforded me a wealth of experience regarding process and implementation, but also how to think critically and resolve issues on the fly. If interested in learning more about my credentials, please see my website. My current fleet is primarily DJI and Autel. I have RTK capability and a complete field kit to sustain remote operations for several days.
InspectionMapping / surveyConstructionOtherFilm / TV- K Enagonio
Tennessee, United States
10 work samples
I've been flying since 2015 and specialize in both cinematic filmmaking as well as surveying, construction, sensitive infrastructure capture, and music videos and events.
Film / TVConstructionInspectionEventAgricultureReal estateMapping / surveyOther 
Casey Jones
Arizona, United States
9 work samples
FAA Part 107 commercial drone pilot specializing in RTK mapping, aerial photography, thermal imaging, property documentation, construction progress, and detailed site capture. I operate professional DJI aircraft including the Matrice 4E and Matrice 4T, with RTK capability for repeatable, high-quality data collection. I approach each assignment as a complete mission, from airspace and site planning through safe flight operations, field verification, data handling, and final delivery. I serve clients throughout the California, Nevada, and Arizona tri-state region and am available for both individual assignments and multi-site projects.
Real estateEventMapping / surveyConstructionAgricultureOtherInspection
Inspection pilots by state
What the survey finds
Leading-edge erosion, which is the dominant degradation mode on most fleets and the one that quietly costs you annual energy production long before it becomes structural. Surface cracks, and whether they are cosmetic gelcoat crazing or something following the structure. Lightning strike damage and the condition of receptors and down conductors. Delamination and debonding, particularly along the trailing edge and at the bond lines. Damaged or missing vortex generators, serrations and other aerodynamic add-ons. Coating loss and exposed laminate. Plus the parts of the structure that are not the blade: tower coating and weld condition, bolt flanges where visible, the nacelle exterior, and the state of the foundation and grouting at the base.
Getting the turbine into position
This is the part that catches out anyone commissioning aerial blade inspection for the first time, and it is a scheduling problem rather than a flying one. The turbine has to be stopped, and the rotor has to be locked in a position that presents the blades to the camera — commonly a Y or an inverted-Y — with the blade pitched so each surface can be seen. Getting from one position to the next takes time and usually takes someone with SCADA access. The consequence is that the flying is rarely the constraint: the constraint is how many turbines your team can stop, position and release in a day, and how much lost generation you are prepared to accept. Plan the survey around that, and expect to be quoted per turbine with an assumption about how quickly repositioning happens.
Specifying it so the report is usable
State the number of turbines, the make and model, the hub height and rotor diameter, and the site. Say whether you need blades only or the full structure including tower and foundation. Ask for imagery organised by turbine, by blade and by surface, with a naming convention that survives being handed to somebody else — an unindexed folder of blade photographs is close to worthless at fleet scale. Ask for defects to be classified against a severity scale, and say which scale, because a five-category system and a pass-or-fail note are not interchangeable inputs to a maintenance plan. Ask about resolution in terms of the smallest defect that must be resolvable, since that sets standoff distance. And ask who interprets the imagery: capturing a blade well and reading blade damage are different competencies, and on a fleet the second one is where the money is.
What it does not do
It sees the surface. Internal structural condition — shear web bonding, spar cap defects, internal cracking — is not visible from outside, and finding it needs internal inspection, ultrasonic testing or other non-destructive methods. Aerial survey narrows down which blades warrant that attention; it does not substitute for it. It also does not repair anything, and on most sites the rope team is coming anyway. The economic argument is not that ropes disappear, it is that they arrive knowing what they are fixing.
Common questions
How much does a drone turbine inspection cost?
Quoted per turbine, and the rate falls sharply with the number in one mobilisation — a single turbine carries the whole travel cost, a site of thirty spreads it. Inspection quotes on SkyLog have ranged $100 to about $1,550 with a $300 median across 13 quotes spanning every inspection type, so treat that as background rather than a turbine rate. Post the site with the turbine count for real numbers.
Does the turbine have to be stopped?
Yes. Blades have to be stationary and positioned so each surface can be seen, which means a stop, a rotor lock and pitch changes between shots. Repositioning, not flying, is usually what sets how many turbines a day is realistic.
How long does one turbine take?
The flying is typically well under an hour per turbine. Adding stopping, positioning and releasing, plan on considerably more, and ask any pilot what turbines-per-day they are assuming in their quote.
Can it detect internal blade damage?
No. It is a surface inspection. Internal defects need internal or non-destructive inspection, and the aerial survey's role is telling you which blades justify that.
Is thermal useful on blades?
It can indicate subsurface delamination under the right conditions, but it is far more condition-dependent than visual inspection and is usually an addition rather than the main survey. Say if you want it, because it changes the payload and the timing.
Do pilots on SkyLog do turbine work?
Around 150 published pilots offer inspection work and any of them can quote your job. We are not going to claim a turbine speciality the profiles do not yet evidence — what we can say is that posting is free, the job reaches those pilots, and their quotes and profiles will tell you who has flown one.
Related drone services
Post your turbine inspection free
Give the turbine count, make and hub height, and how positioning will be handled. Pilots quote directly.
- No commission, ever
- Part 107 certified pilots
- No obligation to hire
Prices and guidance on this page were last reviewed .