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SIWOM Global Trade

Being explored. Feasibility is not yet proven.

Logistics for space and technology cargo.

SIWOM Global Trade, our research into technology supply chains, is not a live service. We are studying how to plan and hand off cargo such as satellites and rocket parts, and how to help Indian manufacturers source and export components, materials and machinery.

A satellite in its shipping container is driven away from a large cargo aircraft on an airfield.
NASA. Sentinel-6 satellite after its airlift from Germany to California, 2020. Representative images. Brands, agencies and people shown do not endorse SIWOM, and no SIWOM involvement is implied.

01 — Space first

Being explored. Feasibility is not yet proven.

Why space comes first.

With India's space sector opening to private companies, satellite makers, launch providers and their suppliers need supply chains built for cargo that is high-value, often one of a kind, and frequently export-controlled.

A rocket core stage with four engines is lifted inside a tall assembly building.
NASA/Michael DeMocker. Rocket core stage lifted onto its transporter, 2024.
Technicians in cleanroom suits work beside a large satellite in a clean room.
NASA/Bill White. Weather satellite prepared in a clean room, 2018.
A space station robotic arm holds a cylindrical cargo spacecraft above Earth's coastline.
NASA. Canadarm2 holding a cargo spacecraft above the Arabian Sea coast of India, 2023.
A barge carrying a full-size rocket core stage crosses calm water at dusk.
NASA/Cory Huston. Rocket core stage pathfinder leaving Kennedy Space Center by barge, 2019.

Representative images. Brands, agencies and people shown do not endorse SIWOM, and no SIWOM involvement is implied.

  • Being explored. Feasibility is not yet proven.

    Satellites and space systems

    Satellites, subsystems and ground-segment equipment moving between makers, test sites and launch sites.

    What moves

    • Satellite buses and payloads
    • Solar arrays, antennas and reaction wheels
    • Ground stations and test equipment

    Handling: Clean, climate-controlled containers with shock and humidity monitoring, often by dedicated air charter.

  • Being explored. Feasibility is not yet proven.

    Rockets and launch vehicles

    Stages, engines and structures that are too large or sensitive for ordinary freight.

    What moves

    • Rocket stages and interstages
    • Engines and turbopumps
    • Composite structures and tooling

    Handling: Oversized road, rail and barge moves; some propulsion items are classed as explosives.

  • Being explored. Feasibility is not yet proven.

    Space robotics

    Robotic arms, servicing tools and the precision parts behind them.

    What moves

    • Robotic arm joints and end effectors
    • Space-rated motors and gearboxes
    • Vision and sensing units

    Handling: Precision packing and calibration care; many items are export-controlled.

  • Being explored. Feasibility is not yet proven.

    Aerospace

    Aircraft parts, materials and maintenance spares for manufacturers and repair shops.

    What moves

    • Structural and engine parts
    • Avionics and harnesses
    • Composites and fasteners

    Handling: Traceability paperwork travels with every part; urgent spares often fly as aircraft-on-ground shipments.

Building or moving satellites, launch vehicle parts or ground equipment? Start with one real shipment.

Discuss space logistics

02 — Import and export

Being explored. Feasibility is not yet proven.

Four trade flows we are studying.

Trade runs in both directions, and some of what India imports today could be made in India instead.
  • Import into India

    Bring components, materials and machinery from international suppliers to Indian manufacturers and buyers.

    • Precision bearings and actuators
    • Carbon fibre and specialty alloys
    • Test and production machinery
  • Export from India

    Help Indian manufacturers ship components and finished products to buyers around the world.

    • Machined and cast parts
    • Wiring harnesses and electronics
    • Satellite and drone subsystems
  • Domestic alternatives

    Help buyers find Indian manufacturers who may supply what they import today.

    • Structural parts and fixtures
    • Battery packs and motors
    • Ground equipment and tooling
  • Global market access

    Help Indian companies reach international buyers, with logistics and documents planned from the start.

    • Buyer and distributor discovery
    • Landed-cost and route planning
    • Export documents in one place

Follow an import or export from origin to delivery.

Each journey runs from pickup in the origin country, through the port or airport, to delivery inland. Select a shipment to see its route on the globe and every leg of its journey.

Illustrative demo data : not connected to live operations

SIWOM Global Trade / Shipment map

Snapshot 18 Oct 2026, 14:30 IST

Shipments · 5

  • Ocean
  • Air
  • Road
  • Rail

INT-24-0412

In transit

Eindhoven, Netherlands to Pune, India

Machinery parts · 1 × 40 ft container · Import

ETA
31 Oct
Status
In the Red Sea, on schedule
  1. Road: Eindhoven → RotterdamCompleted. Picked up 6 Oct
  2. Ocean: Rotterdam → Nhava ShevaIn progress. ETA port 27 Oct · Via Suez Canal
  3. Road: Nhava Sheva → PuneUpcoming. ETA 31 Oct

Ports and positions are real; shipments, dates and statuses are fictional. Ocean routes follow approximate sea lanes, and positions are snapshot values, not live tracking.

03 — What moves

Components, materials, machinery and finished products.

Each category has its own packing, documents and risks, so each needs its own logistics plan.
Components
Sensors, actuators, avionics, battery cells, motors, bearings and electronics.
Materials
Carbon fibre, composites, specialty alloys, rare-earth magnets and high-purity gases.
Machinery
Industrial robots, CNC and additive machines, test rigs, cleanroom and handling equipment.
Finished products
Satellites, drones, electric vehicles, robots and the ground equipment that supports them.

04 — Robotics, mobility and energy

The industries that follow space.

The same research applies to robotics, electric and autonomous vehicles, drones, future air taxis and green energy, where supply chains are just as international.
Yellow industrial robot arms inside a guarded automation cell.
Representative photograph (Pexels).
An electric vehicle connected to a charging plug.
Representative photograph (Pexels).
An electric air taxi hovers over an airfield, with a sensor on a tripod in the foreground.
NASA/Genaro Vavuris. Experimental air taxi during NASA research, 2025.
Aerial view of rows of solar panels stretching across desert land.
Sarvajanik Puralekh, CC BY-SA 2.0. Solar plant at Bhadla, Rajasthan, 2023.
  • Being explored. Feasibility is not yet proven.

    Robotics

    Industrial robots

    Robots, mobile robots and automation cells for factories and warehouses.

    Moves: Robot arms and controllers · AMRs and conveyors · Spares and end effectors

    Handling: Crated machinery delivered ready for installation, with fast spares when a line stops.

  • Being explored. Feasibility is not yet proven.

    Automotive and advanced mobility

    Electric cars

    Cells, packs, motors and electronics for electric cars and commercial vehicles.

    Moves: Battery cells and packs · Motors and inverters · Charging equipment

    Handling: Lithium-ion batteries ship as dangerous goods (Class 9) with certified packaging and declarations.

  • Being explored. Feasibility is not yet proven.

    Automotive and advanced mobility

    Autonomous vehicles

    Sensors and compute that let vehicles perceive and navigate.

    Moves: Lidar, radar and cameras · Vehicle compute units · Test vehicles and rigs

    Handling: High-value electronics needing anti-static packing and careful customs classification.

  • Being explored. Feasibility is not yet proven.

    Automotive and advanced mobility

    Drones

    Airframes, propulsion and payloads for commercial and industrial drones.

    Moves: Airframes and propellers · Motors, controllers and batteries · Cameras and sensor payloads

    Handling: Import, export and operating rules differ by country and change often.

  • An ambition we are working toward. No build has started.

    Automotive and advanced mobility

    Flying cars and air taxis

    Electric vertical take-off aircraft are still in testing and certification worldwide.

    Moves: Electric propulsion units · Battery systems · Composite airframe parts

    Handling: Prototype supply chains today; volume logistics depends on certification.

  • Being explored. Feasibility is not yet proven.

    Green energy

    Green energy

    Solar, wind, storage and hydrogen equipment for India's clean-energy build-out.

    Moves: Solar modules and inverters · Wind turbine blades and nacelles · Battery storage and electrolysers

    Handling: High-volume and oversized project cargo, often delivered to remote sites.

05 — For logistics companies

Designed with logistics companies.

Technology cargo needs specialist logistics. The aim is for forwarders, customs brokers, carriers and warehouses to see the work early, with the handling details they need already captured.
  • Freight forwarders

    See technology cargo demand early, with dimensions, weights and handling limits captured before you quote.

  • Customs brokers

    Receive complete document sets, including classification notes and licence references, at a defined handoff.

  • Air, ocean, rail and road carriers

    Plan oversized, dangerous-goods and time-critical moves with the next carrier's needs already known.

  • Warehouses and 3PLs

    Prepare storage for climate-controlled, anti-static or bonded goods before the shipment arrives.

What the platform is meant to do

  • Bring buyers, suppliers and logistics partners into one plan
  • Capture handling limits and documents before the first quote
  • Keep each handoff clear: who holds the goods, and what comes next

What it does not do

  • Replace your contracts, rates or carrier relationships
  • Take responsibility for transport, customs or storage
  • Promise volumes, customers or shipments

06 — How it is meant to work

From first enquiry to delivery.

  1. Step 1: Discover

    Buyers describe what they need; suppliers in India and abroad describe what they make.
  2. Step 2: Qualify

    The buyer checks capability, certification and samples. SIWOM never certifies a supplier.
  3. Step 3: Plan the move

    Route, mode and handling limits are agreed, with landed cost estimated up front.
  4. Step 4: Coordinate handoffs

    Documents, licences and responsibilities pass cleanly between each partner.
  5. Step 5: Deliver and record

    Proof of delivery and condition data close the loop for everyone involved.

07 — Compliance

Compliance is part of the plan.

Advanced-technology trade is regulated. These limits are part of the design, not fine print.

Export controls

Many space, aerospace, drone and robotics items are controlled. Exports from India may need SCOMET authorisation from the DGFT, and items from other countries can carry their own licences and end-use conditions. SIWOM does not grant, replace or work around any licence.

Dangerous goods

Lithium-ion batteries ship as Class 9 dangerous goods, and some propulsion items are explosives. They need certified packaging, declarations and carriers approved to move them.

Customs and duties

Classification, duties and clearance are the responsibility of the importer, exporter and their licensed customs broker. The platform is meant to keep their documents together, not to decide for them.

Supplier qualification

A domestic alternative is only an alternative once the buyer has checked capability, certification and test results. SIWOM never certifies a supplier or a part.

FAQ

Questions we hear.