35 t Automated Container Straddle Carrier
01 | KEY TECHNICAL ATTRIBUTES
1. Procurement configuration: 35 t Automated Container Straddle Carrier.
2. Intended application: driverless container shuttle on mapped terminal lanes.
3. Target load/GCW: 35 t (requested target; confirm official OEM rating).
4. Key dimensional / handling requirement: container handling (concept requirement; final design to be approved).
5. Equipment configuration: automated straddle carrier concept.
6. Key function under review: fleet management and obstacle sensing.
7. Critical engineering interface: autonomy safety zones and navigation infrastructure.
8. RFQ evidence: OEM load chart; container handling standard; operating envelope; mobility and stability analysis.
9. All values in this listing are procurement planning data, NOT confirmed manufacturer specifications or stock availability.
02 | REGIONAL SHIPMENT & DELIVERY GUIDANCE
1. Production duration: to be confirmed in a written OEM quotation after drawing approval; no fixed one-month guarantee.
2. Export packing: machine assembled or split per OEM route survey; arrival commissioning and training planned.
3. China dispatch: candidate ports such as Shanghai or Ningbo may be evaluated after the factory location and cargo dimensions are known.
4. Region-specific planning items (not transit-time promises):
- Southeast Asia: confirm vessel schedule, discharge port, import approvals and inland crane access.
- East Asia: confirm carrier frequency, unloading equipment and cargo-length restrictions.
- Middle East: confirm breakbulk/container options, customs permits and heat-protection packing.
- Africa: confirm port capability, destination clearance and extended inland handling.
- Europe: confirm conformity documentation, heavy-cargo route permits and site unloading.
- Americas: confirm destination regulations, customs classification and oversized-cargo permits.
5. Obtain a freight quote with agreed Incoterms, carrier schedule, customs documents, destination port and inland unloading plan.
6. Contractual handover schedule depends on signed technical scope, FAT result, transport permits and customs clearance.
03 | CUSTOM OPTIONS & PROCUREMENT HIGHLIGHTS
1. Application fit: review driverless container shuttle on mapped terminal lanes, site duty and interface drawings before selecting automated straddle carrier concept.
2. Configurable scope: Define spreader, reach/stack height, powertrain, cabin/automation and fleet management and obstacle sensing. Buyer priority: autonomy safety zones and navigation infrastructure.
3. Design clarification: Terminal engineering: operating capacity, stacking geometry and pavement bearing.
4. Obtain supplier evidence: approved GA drawings, design calculations, manufacturing plan, certificates and operating manuals.
5. Include FAT / inspection checkpoints, packing checks, installation or commissioning scope and spare-parts support in the purchase contract.
6. TAIDA GLOBAL coordinates sourcing and verification; it does not claim to manufacture the equipment or hold these exact configurations in stock.
04 | FREQUENTLY ASKED QUESTIONS
Q1. Is the 35 t target a real rated machine capacity?
A1. Treat it as a procurement target until an OEM provides the applicable load chart, container weight limits and certified specification.
Q2. Which container sizes and lift conditions are supported?
A2. Confirm the actual interface for container handling, the spreader, stacking height, reach and site surface conditions.
Q3. What data are needed for terminal productivity planning?
A3. Specify move cycle, traffic layout, energy source, charging/fuel plan and operating duty for automated terminal.
Q4. Can equipment be shipped assembled?
A4. Transport split, heavy-lift loading, customs requirements and commissioning must be confirmed with the selected manufacturer.
Q5. What after-sales support must be requested?
A5. Agree spare-parts availability, operator training, local service, machine diagnostics and warranty responsibilities in writing.
