SAP Certified - SAP S/4HANA Cloud Private Edition, Transportation Management (C_S4TM_2601) Sample Questions:

1. CHALLENGE 2 - Rail Cutoff Sequencing During Freight Order Creation
A planner manually assigns a terminal handover point so an urgent repair-module shipment can be confirmed quickly. The freight order is executable, but the road-leg timing no longer supports the rail cutoff used by the terminal agent.
What is the best recommendation?
Response:

A) Validate that freight order creation preserves terminal cutoff timing and road-leg sequencing before shipment confirmation.
B) Convert all urgent intermodal shipments into direct road movements for the current SIT cycle.
C) Delay freight order execution until finance manually approves all terminal handling charges.
D) Accept the freight order because execution capability is enough for urgent field replacement shipments.

2. A reusable-container supplier is testing SAP S/4HANA Transportation Management for outbound shipments that combine filled containers and empty return containers on the same regional route. Freight units are generated from delivery requirements, and the carrier lane is valid. During validation, freight orders group filled and empty containers into a load plan that exceeds the agreed handling sequence at the dock.
The warehouse team confirms that container status is maintained in the source requirement, but the freight order result does not reflect the handling distinction. The constraint is to keep the regional route and carrier assignment stable while preventing freight orders that violate dock handling rules.
What is the best corrective action?
Response:

A) Create a separate carrier lane for empty containers so route determination separates them from filled containers.
B) Increase the carrier capacity assumption so the combined freight order remains acceptable during execution.
C) Correct the freight unit and packaging control so container status influences freight order formation before execution.
D) Ask planners to split filled and empty container freight orders manually before every regional dispatch.

3. CHALLENGE 1 - Maintenance Priority Attributes in Planning Input
Field operations wants to accept UAT if planners can manually mark emergency priority during planning. Warehouse operations argues that priority and container data should be present before kits are released for dispatch.
Which decision best supports the UAT objective?
Response:

A) Validate emergency premiums first because settlement determines whether warehouse dispatch should proceed.
B) Remove priority attributes from freight units and manage emergency routing only through carrier instructions.
C) Accept manual priority marking because UAT only needs to prove that freight orders can eventually be created.
D) Require evidence that priority and container attributes are present in freight units before dispatch preparation and freight order creation.

4. CHALLENGE 2 - Service Expectation Preservation in Freight Orders
A planner manually creates a freight order for consolidated clinic deliveries so a carrier can be assigned quickly. The freight order is executable, but it does not clearly preserve the controlled-temperature service expectation used by customer service.
What is the best recommendation?
Response:

A) Convert all clinic consolidation flows into standard hospital routes so one service model is used.
B) Validate that freight order grouping and release preparation retain the handling and timing expectations from planning.
C) Delay all carrier assignment until finance confirms that settlement documents can be created.
D) Accept the freight order because execution capability is sufficient for the remediation gate.

5. A regional office supplies wholesaler is extending SAP S/4HANA Transportation Management to support direct-to-branch replenishment from a newly opened consolidation hub. The hub has been created as a transportation location, and the intended branch lanes are active. During testing, replenishment deliveries from the hub create freight units, but those freight units are grouped under an old regional planning area instead of the new hub-based planning structure.
The rollout team finds that the hub was copied from a former cross-dock location during migration preparation. The constraint is to correct the new hub flow while preserving the validated transportation setup for existing regional replenishment routes.
Which action best resolves the planning assignment issue?
Response:

A) Correct the transportation master data assignment for the new hub so freight units bind to the intended hub-based planning structure.
B) Rebuild all regional replenishment lanes so old and new locations use one harmonized planning structure.
C) Manually move the affected freight units into the new planning area until the hub rollout is complete.
D) Disable freight unit creation for the new hub until all copied location data can be reviewed across the landscape.

Solutions: