Improving Everyday Life With Smart Living Networks
About Us
We bring together architecture, infrastructure, advanced materials, and air mobility systems. Aerthium develops the physical framework for the aerial city.
Aerthium is an architecture-led company developing infrastructure for Advanced Air Mobility, supported by leading experts across architecture, engineering, aviation, and urban infrastructure.
We bring together the technical and regulatory expertise required to ensure feasibility, compliance, and operational viability, moving infrastructure from vision to implementation.
OUR MISSION
Driving a Sustainable Future
Aerthium develops infrastructure for the next generation of electric aviation while reducing the environmental impact of conventional construction and transport systems.
Lightweight materials, modular construction, and advanced energy systems support efficient aerial operations and stable aircraft charging.
By placing landing platforms within existing buildings and transport networks, Aerthium reduces land use and brings aerial access closer to where people and goods move.
The result is cleaner mobility, faster deployment, and infrastructure designed to evolve with future transportation technologies.
From Site to Operations
Aerthium delivers aerial mobility infrastructure through a structured process that moves from site evaluation to full operational readiness.
Each project begins with feasibility and airspace assessment to confirm that landing operations can be safely accommodated. Coordination with aviation authorities and local regulators ensures alignment with airspace, safety, and building requirements.
Following approval, landing infrastructure and energy systems are engineered and constructed to support reliable operations.
The final stage establishes operational procedures and commissioning so that each site can function safely, consistently, and in compliance with regulatory standards.
1
SITE FEASIBILITY
& AIRSPACE ASSESSMENT
Aerthium works with asset owners operators, and public authorities to identify viable landing and charging locations. Each site is evaluated based on airspace constraints, surrounding land use, structural capacity, access, and energy availability. The objective is simple: select sites that are safe, compliant, and operationally viable from day one.
2
AUTHORITY COORDINATION
& PERMITTING
Aerthium works directly with aviation authorities, municipalities, and relevant regulatory bodies to secure all required approvals before deployment. Each project is aligned with airspace rules, safety requirements, building regulations, and energy compliance standards. We coordinate submissions, technical documentation, and stakeholder engagement to ensure that sites are approved, compliant, and ready for operation.
3
ENGINEERING
& CONSTRUCTION
Aerthium delivers fully engineered landing & charging infrastructure built to aviation and structural standards. Each site is designed with defined load paths, integrated energy systems, and embedded safety controls to ensure reliable, repeatable operations. Beyond construction, we implement the operational technology that governs daily performance, including land-side terminal management, air-side resource coordination, real-time operational supervision, and structured data integration across operators, asset owners, and regulatory authorities.
4
COMMISSIONING
& OPERATIONS
Aerthium establishes the operational procedures required for each site to function safely and consistently. We manage passenger and cargo processing where applicable, coordinate aircraft ground activity, and oversee landing and departure movements to maintain a controlled operating environment. Defined workflows, monitoring systems, and compliance checks ensure that each vertiport or landing platform operates in line with regulatory and safety requirements.
We Stand For
Innovation, Precision, Sustainability.
