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WINGCOPTER Tech Stack

eVTOL and fixed-wing drone manufacturer for medical and logistics delivery

Aviation and Aerospace Component Manufacturing Darmstadt, Hesse, Germany 51–200 employees Founded 2017 Privately Held

Wingcopter manufactures hybrid vertical-takeoff-and-landing aircraft for autonomous delivery, with a 150-person team split between hardware (airframe, battery systems, flight test) and cloud infrastructure. The tech stack reveals a DevOps-heavy operation: Jenkins, GitHub Actions, Terraform, Ansible, and Azure cloud-native services dominate, paired with embedded C/C++ and DroneCAN for aircraft control. Active hiring skews toward engineering and manufacturing leadership—Flight Test Lead, Industrialization Lead, Composite Production Lead—signaling a transition from prototype to production, with concurrent investment in CI/CD, monitoring, and infrastructure-as-code to reduce cloud costs and scale.

Tech Stack 36 technologies

Core StackJenkins GitHub Actions GitHub Docker Terraform Ansible Python make Azure Functions Prometheus Grafana Kubernetes Jira SAP CATIA Bash C/C++ GCC CMake Bitbake Azure Azure Kubernetes Service API Gateway Azure Static Web Apps Azure Monitor Azure Entra ID Jira Service Management Azure VMs DroneCAN Microsoft Office+6 more

What WINGCOPTER Is Building

Challenges

  • Maintaining ci/cd pipelines
  • Automating infrastructure provisioning
  • Improving developer productivity
  • Reducing cloud costs
  • Scaling cloud infrastructure
  • Export control compliance
  • Improving defect tracking processes
  • Identifying bottlenecks in defect workflow
  • Assessing quality risks from defect trends
  • Reducing production costs

Active Projects

  • Ci/cd pipeline development
  • Monitoring and alerting system design
  • Iac automation
  • Scalable cloud infrastructure on azure
  • Multi-tier cloud-native applications using paas services
  • Automate infrastructure provisioning with terraform and ansible
  • Product certification flight testing
  • Flight test validation projects
  • Uav battery system development
  • Battery system certification

Hiring Activity

Accelerating15 roles · 7 in 30d

Department

Engineering
5
Manufacturing
2
Ops
2
Finance
1
Product
1

Seniority

Lead
4
Senior
3
Junior
1
Manager
1
Mid
1
Staff
1

Notable leadership hires: Flight Test Lead, Industrialization Lead, Composite Production Lead

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About WINGCOPTER

Wingcopter designs and manufactures eVTOL aircraft optimized for last-mile delivery of medical supplies, packages, food, and spare parts. The Wingcopter 198 combines vertical takeoff capability with fixed-wing efficiency through a patented tilt-rotor mechanism. The company operates across three parallel work streams: aircraft design and certification (CATIA for CAD, flight test validation), embedded systems (C/C++, DroneCAN, battery development), and cloud operations (Azure Kubernetes Service, Terraform automation, Prometheus monitoring). Based in Germany with 51–200 employees, Wingcopter targets humanitarian applications and commercial supply-chain optimization.

Company Size51–200 employees
Founded2017
Hiring MarketsGermany

Frequently Asked Questions

What tech stack does Wingcopter use?

Wingcopter's stack spans embedded (C/C++, DroneCAN, CMake), DevOps (Jenkins, GitHub Actions, Terraform, Ansible, Docker, Kubernetes), cloud (Azure AKS, Functions, VMs, Monitor), and CAD (CATIA). They also use SAP for enterprise operations.

What is Wingcopter working on?

Core projects include CI/CD pipeline development, scalable Azure infrastructure, Terraform/Ansible automation, product certification flight testing, and UAV battery system design and certification.

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