AEROVA
About Aerova
Aerova is an autonomous air logistics company enabling heavy-payload cargo operations through a partner-first, regulation-led approach. We integrate aircraft platforms, airspace systems, and intelligent logistics to support scalable autonomous operations across Canada, Europe, and India.
Heavy-payload
autonomous cargo operations (>250 kg class)
UTM & Advanced Air Mobility
integration
AI & robotics
for operational intelligence and scale
Vision
A future where autonomous air logistics operates as trusted infrastructure — safely integrated into airspace, intelligently coordinated across fleets, and available globally to move critical cargo with speed, reliability, and lower environmental impact.
Why Aerova
The next era of logistics requires more than aircraft — it requires operational systems that can safely scale in real airspace. Aerova exists to close the gap between autonomous aircraft capability and real-world logistics deployment.
What drives Aerova:
Access: Serve remote, offshore, and hard-to-reach regions
Resilience: Maintain supply chains when roads or infrastructure fail
Safety: Reduce exposure and risk by removing pilots from hazardous missions
Efficiency: Improve speed, cost, and reliability for middle-mile logistics
Sustainability: Support lower-emission logistics using hybrid systems and SAF
How We Work
Partner-first
Regulation-led
Operations-first
Research-backed
We collaborate with leading UAV manufacturers and technology partners — we do not manufacture aircraft.
We align early with aviation authorities and UTM frameworks to enable safe BVLOS operations.
We design real pilots with clear routes, payload profiles, safety cases, and measurable performance.
We work with academic and research institutions on smart logistics, airspace integration, and autonomous operations at scale.
Founder
Aerova is led by an aerospace engineer with experience in unmanned aerial vehicles, autonomy, and scalable systems. This background shapes Aerova’s safety-driven, partner-first approach to deploying autonomous air logistics in real-world conditions.