Aerodynamic
development
Explore drag, lift, stability and airflow behaviour for vehicles, components and emerging mobility concepts.
- Automotive & commercial vehicles
- Motorsport & motorcycles
- Aircraft, UAVs & scale models
AERO LAB
INDEPENDENT THINKING. AERODYNAMIC PRECISION.
Where automotive design meets the science of air.
A new vision for aerodynamic development in Korea.
A beautiful surface is only the beginning.
SEOK AEROLAB brings an automotive designer's perspective to aerodynamic development. Our vision connects the sketch, the digital model and the physical test in one continuous process.
Starting with a proposed design and simulation base at Gimpo Hangang Duclass, we are developing a phased path toward independent testing infrastructure.
Discover the development loopFrom an early design question to a clear test brief.
Programmes are scoped around your product, development stage and evidence needs.
Explore drag, lift, stability and airflow behaviour for vehicles, components and emerging mobility concepts.
Build the link between computational fluid dynamics and measured results, with assumptions and uncertainty made visible.
Keep design intent close to engineering feedback. Shape, review and refine before committing to the next prototype.
Planned capabilities. Test scale, equipment, scheduling and specialist applications require feasibility review and a written scope.
A connected environment for designers,
engineers and the ideas they are moving forward.
FUTURE TEST INFRASTRUCTURE / CONCEPT VISUALIZATIONCONTROLLED AIR. MEASURABLE INSIGHT.
Our future wind-tunnel concept explores controlled-airflow testing for drones, scale models and aerodynamic components, using instrumented mounts and flow visualization to study design changes.
Purpose-built tunnel infrastructure is a later-stage ambition, subject to site, power, safety and equipment feasibility. No operating test capacity is claimed.
Proposed Gimpo base. Design, CFD planning, clay and prototype workflows.
Develop component and scale-model testing; evaluate external test-facility collaboration.
Purpose-built moving-ground infrastructure, subject to site and investment feasibility.
A repeatable process that makes the next
design decision clearer.
A SHARED STARTING POINT
Agree on the product, objectives, constraints, baseline and deliverables. Define confidentiality and the evidence needed for your next decision before selecting a test method.
A scoped development brief and agreed acceptance criteria.
MEASURE THE IMPACT. THEN IMPROVE IT.
Test quality comes first. Our sustainability concept keeps tunnel airflow and computing-room cooling on separate, controlled circuits.
We will assess indirect heat exchange, suitable outdoor-air economisation and useful heat recovery against the actual climate and operating schedule.
An engineering study objective. Energy savings and carbon reductions have not yet been measured or verified.
A future collection of aero components and roof cargo solutions developed around documented testing, fitment and transparent results.
REAR AERO
Shape the next performance question.
UNDERBODY
Develop the complete airflow picture.
SIDE AERO
Bring the details into the test programme.
ROOF CARGO
Explore aerodynamic roof-mounted storage.
Future product pages will identify the test setup, results and limitations. SEOK test documentation will not imply independent accreditation or road-use approval. Products are not yet available for purchase.
Discuss product developmentGOOD QUESTIONS MOVE THINGS FORWARD.
Tell us what you're developing.
Let's define the path from idea to evidence.
Units 522 & 523
362, Gimpohangang 2-ro, Gimpo-si,
Gyeonggi-do, Republic of Korea, 10081
Project enquiries are welcome during development. An enquiry is not a confirmed test booking. Availability, scope and pricing will be agreed individually.