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UAV Technician Nordics

stark
Companystark
CategorySkilled Technician
LocationStockholm
RemoteOn-site (inferred)
EmploymentNot stated
LevelNot stated
SalaryNot stated by the employer
Posted17 Jul 2026
Last verified11 Aug 2026
SourceEmployer ATS (personio)
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Description
STARK is a defense technology company revolutionizing the way autonomous systems are deployed across multiple domains. We design, develop and manufacture high performance unmanned vehicles that are software-defined, mass-scalable, and cost effective – giving NATO and its allies a decisive edge in the most contested environments. We’re focused on delivering deployable, high-performance systems - not future promises. In a time of rising threats, STARK is bolstering the technological edge of NATO Allies and their Partners to deter aggression and defend Europe - today. As a  UAV Technician , you will be the technical backbone of our flight test operations in the Nordics, specifically driving the development of the Virtus product line. Your mission is to ensure our platforms can withstand extreme cold and operate flawlessly. In addition, working in the Nordics will include utilizing systems adapted for Arctic climate. Preferably you have built FPV copters, deeply understand UAV architectures, and can troubleshoot complex avionics on the fly.  You will face unpredictable challenges in harsh environments and solve them with a highly skilled team. You will be responsible for diagnosing issues, fine-tuning heating element settings, replacing components on the spot, and providing critical, documented feedback to the engineering team in Germany. This is a highly versatile role. While your primary focus is technical troubleshooting and UAV maintenance, you will have the opportunity to expand your scope into other areas. Your work directly ensures that our systems are rugged, reliable, and ready for our Nordic customers. UAV Assembly, Integration & Troubleshooting Serve as the on-site technical expert for the Virtus platforms during flight testing. Diagnose, fix, and replace components on the fly (e.g., flight controllers, ESCs, brushless motors, heating elements). Fine-tune and troubleshoot anti-icing systems and cold-weather modifications directly in the field. Understand and debug low-level hardware communications, including CAN bus, PWM signals, and power distribution systems. Flight Line & Technical Support Preparation of mission: prepare all tools and equipments required for the mission (pre-flight, troubleshooting and mechanical and electrical rework if it is needed) Pre-Flight Preparation: Support engineers and pilots during pre-flight checks: connecting and routing cables, managing battery charging systems, preparing airframes for test, and verifying ground support equipment readiness. Telemetry & Data Support: Learn to operate basic data logging and monitoring tools to support post-flight data checks and anomaly tracking. Airspace & Safety Assistance: Support safety procedures on-site including range clearance, observer duties, and adherence to SORA/EASA site safety requirements. Flight Test Operations & Engineering Interface Act as the critical bridge between the Nordic flight test site and the engineering team in Germany. Meticulously document hardware failures, system behaviors in extreme cold, and on-site modifications. Take on Flight Test Engineer responsibilities: organize test requests, maintain test logs, and perform post-flight data analysis. Utilize Mission Planner and/or QGroundControl to extract, read, and interpret flight logs. Your First 12 Months Timeframe Focus Month 0–1:  Learn & Align Understand the Virtus system architecture, engineering workflows, and cold-weather modifications. Get hands-on with our avionics stack, anti-icing systems, and telemetry setups. Familiarize yourself with our specific ArduPilot/PX4 configurations. Month 1–3:  Deploy & Troubleshoot Deploy to the Nordics and spend much time at test sites. Support the initial arctic test campaigns. Focus heavily on troubleshooting heating elements, replacing components in the field, and establishing a robust feedback loop w