Jon Fenning
Managing Director
"Jon leads the business as Managing Director, bringing a wealth of experience from the industrial and commercial sectors. While he has a deep understanding of the UAV space, his expertise is primarily focused on the integration of drone technology into heavy industry and large scale infrastructure.
Jon ensures our operations meet the strict demands of the energy and construction markets, focusing on the strategic growth and professional standards required to support our clients' most complex projects."
Ben Pickard
Technical Director
"With over a decade of hands-on experience in the UAV sector, Ben’s expertise spans the full spectrum of drone technology.
As our lead for technical innovation, he focuses on pushing R&D beyond the industry's standard benchmarks, ensuring our fleet consistently outperforms the competition in the field."
Our mission
Engineering high-performance UAV systems for global commercial & industrial maintenance.
Aspira builds advanced drone technology to solve the logistical challenges of maintaining large scale infrastructure.
Our mission is to put professional-grade UAV tools directly into the hands of our customers, allowing businesses, governments, and energy providers to take full ownership of their own maintenance operations.
We focus on engineering reliable systems that improve safety and sustainability while outperforming traditional methods in both speed and environmental impact.
Our values
Applied Innovation
We focus on utility, not industry trends. Our innovation is driven by high stakes environments where reliability is non negotiable. Every system we develop addresses a specific operational need with high level technical accuracy and practical performance.
Reliability & Performance
We prioritize long term partnerships over short term gains. We provide realistic technical assessments and build tools that have a tangible, positive effect on our clients' operational safety.
Sustainable Engineering
We build for a cleaner industrial future. Every Aspira system is engineered to minimize resource waste, providing a precise alternative to traditional methods that reduces the volume of chemicals and water required for large scale infrastructure.