UAV & Defense
UAV platform design and engineering for government, defense, industrial and research requirements.
AERION TECHNOLOGIES
Engineering that takes your idea from concept to flight.
UAV design, software and AI, CAD/CAE simulation, rapid prototyping and reverse engineering for government, industry and research teams.
- 23
- Specialist services
- 4
- Engineering disciplines
- 1
- Team from concept to delivery
SECTORS WE SERVE
Government & defense
Business & industry
Research & universities
Startups & innovators
WHAT WE DO
Expertise across the full product development cycle.
Four connected service areas, so design, analysis, software and manufacturing stay aligned under one team.
Software & AI
Digital products and intelligent systems for businesses, researchers and engineering teams.
Engineering & Simulation
CAD, CAE and sustainability analysis for product development and research.
Manufacturing & Reverse Engineering
From early prototypes and additive manufacturing to scan-based CAD reconstruction.
WHY AERION
One accountable team, clearly defined deliverables.
Projects often cross disciplines. We keep them practical, documented and aligned with your intended use.
Multidisciplinary
UAV, electronics, software, simulation and manufacturing under one roof.
Clear deliverables
Files, reports and code are agreed in writing before work begins.
Milestone reviews
Scheduled technical reviews keep you informed at every stage.
Confidential by default
Sensitive details are shared only through an agreed channel.
SELECTED WORK
Engineering work across our services.
From UAV platforms and simulation to electronics, software and manufacturing.
Tactical UAV platform design
Hand-launch airframe layout, payload bay and component packaging shaped around a mission brief.
Fixed-wing UAV configuration
Wing sizing, tail configuration and structural layout for a long-endurance fixed-wing platform.
Multirotor inspection platform
Frame, propulsion and avionics packaging for a stable vertical take-off inspection drone.
Cargo payload delivery system
Payload interface, release mechanism and centre-of-gravity integration for aerial delivery.
Long-endurance ISR integration
Sensor payload integration and system layout for surveillance and reconnaissance missions.
Coordinated multi-UAV operations
System architecture and simulation for coordinated multi-aircraft missions.
HOW WE WORK
A structured, four-step process.
Each project is scoped around its application, available inputs and required outcomes.
- 01
Requirements review
We define the application, technical requirements, constraints and available information.
- 02
Proposal & planning
You receive a scope, approach, deliverables list, timeline and review milestones.
- 03
Development & review
Design, analysis or development work with scheduled technical reviews.
- 04
Delivery & handover
Final models, files, reports and documentation, with support for questions.
TOOLS WE USE
Industry-standard software.
- SolidWorks
- CATIA
- Fusion 360
- Blender
- ANSYS
- COMSOL
- Abaqus
- OpenLCA
- SimaPro
What kind of clients do you work with?
Government and defense organisations, businesses and industry, universities, research teams and individual innovators.
Can you start from a sketch or an existing part?
Yes. We can work from a written brief, sketches, photos, an existing physical part, a 3D scan or STL/mesh files.
Which file formats do you deliver?
Native CAD files plus neutral formats such as STEP, IGES and STL, along with drawings, reports and source code where relevant.
How are pricing and timelines agreed?
Every project is scoped individually. After reviewing your inputs and deliverables we send a clear proposal with scope, timeline and cost.
How do you handle confidential information?
Share only a general overview at first. Once the scope is clear, we agree a suitable channel and, if needed, a non-disclosure agreement.
PROJECT ENQUIRIES
Have a project in mind?
Share your requirements and we will reply with a clear scope, approach and next steps.