Marcin Samotyja-Lenczewski — Aeronautiq founder, UAS pilot, Top Lead and Troubleshooter
Wind-energy field experience, technical leadership and a problem-solving mindset brought together with UAS inspections, thermal imaging, documentation, mapping and 2D/3D modelling.
YOUR PROJECT CONTACT
Marcin Samotyja-Lenczewski
Founder, Aeronautiq Drone Solutions · UAS pilot
Founder of Aeronautiq Drone Solutions and a UAS pilot. Marcin combines wind-energy experience, team leadership as a Top Lead and technical troubleshooting with practical drone use for inspections, thermal imaging, documentation, mapping and 3D modelling. He also reports a full GWO training package, HUET (Helicopter Underwater Escape Training) and additional offshore certificates. Based in Szczecin, he is the first point of contact for projects in Poland and worldwide.
Industrial wind experience behind a data-focused drone company
Marcin's public LinkedIn profile describes him as an experienced and highly motivated Top Lead and Troubleshooter. As the founder of Aeronautiq and a UAS pilot, he brings that technical perspective into the way a drone project is qualified, planned and delivered.
His public project history spans international wind assignments in Germany, Finland, Ireland and Norway, covering Vestas V236, V136 and V112 platforms as well as the Siemens Gamesa technology used at Tonstad. The public record does not expose every employer, job title or period, so those details are not inferred here.
The Top Lead and Troubleshooter background supports a structured approach: establish the asset and project question, identify constraints, select a suitable capture method and return organised evidence instead of an unstructured set of images.
Within Aeronautiq, Marcin is the first project contact. He connects industrial context with RGB and thermal inspection, construction documentation, 2D/3D mapping, RTK-supported capture and deliverables agreed around the client's decision.
WIND-ENERGY BACKGROUND
Technical field experience behind Aeronautiq
LinkedIn confirms the project association, dates shown below and the Top Lead role at He Dreiht. Project names and asset specifications have been cross-checked against official Vestas, ESB and Siemens Gamesa sources.
01
He Dreiht, Germany · 64 × Vestas V236-15.0 MW
March 2025 · Top Lead
Offshore project listed on Marcin's LinkedIn. Vestas confirms the official project name, 64-turbine order and V236-15.0 MW platform.
August–November 2017 · project dates from LinkedIn
International onshore project associated with Marcin's public project history. The asset specification follows the official Vestas order rather than the inconsistent count displayed on LinkedIn.
Tonstad appears in Marcin's public project list. Siemens Gamesa confirms a 51-turbine, 208 MW project; no role or period is attributed here beyond what LinkedIn exposes.
The profile separates additional qualifications stated directly by Marcin from historical entries visible on his public LinkedIn profile.
UAS pilot competencies
Aeronautiq's remote-pilot competency set used for operation planning; document numbers can be made available for justified verification.
A1/A3
A2
STS-01
STS-02
Additional qualifications stated by Marcin
Marcin confirms a full GWO training package, HUET and additional offshore certificates. Before mobilisation, the exact modules, document numbers and medical or site requirements are confirmed against the evidence required by the client. Refresher training is completed as required.
Full GWO training package
HUET — Helicopter Underwater Escape Training
Additional offshore certificates
Historical entries visible on LinkedIn
Advanced Rescue Training — HubVulcan Training & Consultancy · October 2022
Advanced Rescue Training — NacelleVulcan Training & Consultancy · October 2022
Sea SurvivalVulcan Training & Consultancy · October 2022
Singleton Advanced Rescue Training — HubVulcan Training & Consultancy · October 2022
Singleton Advanced Rescue Training — NacelleVulcan Training & Consultancy · October 2022
HWS 01 R — GLOBALlift R and H200 SL-S operation with daily checkHailo Wind Systems · March 2019
Forklift and Telescopic Handler — UDT I WJONovember 2017
Vestas Basic SafetyVestas · February 2017
SITE VestasVestas · February 2017 · LinkedIn shows expiry in August 2022
SEPTitle visible publicly; issuer, date and current validity are not public
Languages shown on LinkedIn
Polish
Native or bilingual proficiency
English
Professional working proficiency
Source boundary: project association, visible dates, Top Lead/Troubleshooter wording, historical training and languages come from Marcin's public LinkedIn profile. Founder, UAS pilot, full GWO package, HUET and additional offshore certificates are statements supplied directly by Marcin. Employer names and periods hidden by LinkedIn are not inferred.
The profile combines technologies visible in the project and training record with the current Aeronautiq capture platforms. Brand names identify technical context only and do not imply partnership or endorsement.
01
Wind platforms
Vestas V236-15.0 MW, V136-3.45 MW and V112-3.25 MW; Siemens Gamesa SWT-DD-142 at Tonstad.
02
Access and service-lift context
HWS 01 R training for rope-guided GLOBALlift R and H200 SL-S operation, including the daily check.
03
Aeronautiq UAS platforms
DJI Matrice 4T for thermal and zoom-supported inspection scopes; DJI Air 3S for high-quality RGB, photo and video capture.
04
Data products
RGB and thermal imagery, technical and construction documentation, 2D/3D mapping, photogrammetric material and RTK-supported capture.
WHAT WE WILL ESTABLISH
A focused brief before a flight plan
The first conversation is designed to identify the decision the material should support and the information required to assess a safe, realistic scope.
01
Objective and asset
What must be documented, inspected or modelled—and what decision should the result support?
02
Feasibility and logistics
Location, airspace, access, operating conditions, timing and site restrictions are reviewed before confirmation.
03
Output and proposal
The required imagery, files, report structure, delivery scope and individual quote are agreed in writing.
FROM ENQUIRY TO SCOPE
A clear route to a useful deliverable
No generic flight package is assumed. The scope follows the project question and the conditions of the asset.
01
Send the location and asset
Share the country, site, asset type and preferred timing.
02
Define the project question
Explain what you want to verify, compare, document or present.
03
Review feasibility
Aeronautiq checks the information needed for airspace, safety, method and logistics planning.
04
Receive an individual scope
You receive a proposed capture method, deliverables, limitations and quote.
AERONAUTIQ IN BRIEF
A Szczecin base for projects in Poland and worldwide
Website and core materials available in Polish, English and German
Personal languages shown publicly: Polish and English
Visual, thermal and photogrammetric service scopes
SZCZECIN BASE · WORLDWIDE PROJECTS
Start with the asset and the decision
Send the country, location, asset, objective and preferred timing. Aeronautiq will review feasibility and propose an appropriate capture and delivery scope.
Operational base: Szczecin, Poland. We support projects worldwide; execution is confirmed after reviewing local regulations, airspace, permits, safety and logistics.
