Sigma Air Mobility provides an end‑to‑end operating system for the emerging Advanced Air Mobility (AAM) market, aggregating expertise across the entire air‑transport ecosystem to enable safe, profitable, and low‑emission eVTOL and eCTOL services.
Funding
Funding not disclosed
Founders
Product
Problem
Advanced Air Mobility (AAM) services require coordinated expertise across aircraft selection, vertiport development, digital infrastructure, airspace integration, and sustainability compliance, yet operators lack an integrated platform to manage these complex, interdependent elements efficiently.
Solution
Sigma Air Mobility offers an end‑to‑end operating system that aggregates the full AAM value chain into a single, OEM‑agnostic platform. The system provides project‑management tools, economic modeling, and operational analytics that align vertiport networks, digital services, fleet selection, and carbon‑offset strategies. By leveraging 50 years of aviation experience, Sigma ensures high safety standards while enabling profitable, low‑emission eVTOL and eCTOL services. The platform also integrates Sustainable Aviation Fuel (SAF) options and carbon‑offset mechanisms to support net‑zero objectives. Operators can thus launch, scale, and optimize air‑mobility services without building separate capabilities for each ecosystem component.
Target Audience
Primary customers are AAM operators and service providers seeking to launch or expand electric air‑mobility services, including regional transport companies, vertiport developers, and aviation infrastructure firms.
Features
- OEM‑agnostic fleet selection framework supporting eVTOL and eCTOL aircraft
- Integrated vertiport planning tools linked to digital infrastructure and airspace management
- Economic modeling and project‑management suite for end‑to‑end deployment and scaling
- Sustainability module offering SAF integration, carbon‑offset calculations, and net‑zero reporting
- Real‑time operational analytics dashboard with safety, profitability, and environmental KPIs
- API‑driven connectivity to third‑party services and existing aviation infrastructure