SAP S/4HANA Logistics Execution (LE) Org Structure: A Comprehensive 6-Step Configuration Guide

A well-structured Logistics Execution (LE) system serves as the critical architectural bridge between inventory management, sales, and finance. In any SAP S/4HANA ERP implementation, the LE organizational structure is the engine that drives physical movement and digital transparency. By optimizing this structure, businesses achieve seamless integration between Materials Management (MM) and Sales and Distribution (SD), while ensuring real-time accuracy in Financial Accounting (FI).

From a senior architect’s perspective, Logistics Execution optimization is not merely a technical requirement; it is a prerequisite for Supply Chain Management efficiency. This guide provides a professional-grade walkthrough of the essential configuration steps required to build a robust LE foundation.

Video Tutorial: Watch Before Reading

While this technical guide offers an exhaustive breakdown of the Logistics Execution (LE) module, watching the companion masterclass video is essential for visualizing the SAP S/4HANA interface and the step-by-step configuration flow.

Core Overview: The S4HANA LE Organization Structure Architecture

The SAP Logistics Execution (LE) organizational structure acts as the connective tissue for Goods Receipt (GR) and Goods Issue (GI) processes. It ensures seamless coordination between MM (Inventory Management) and SD (Outbound Delivery).

Crucially, every logical movement within LE is tied to financial postings in the FI module. The “Financial Posting” occurs at the point of Post Goods Issue (PGI) or Post Goods Receipt (PGR), which are triggered within these LE units. A robust setup supports complex scenarios like third-party processing, drop shipments, and intercompany stock transfers, ensuring that stock valuation and cost accounting remain accurate in real-time.

Please see below all the components of SAP S4 HANA Logistics execution organization structure elements in pictorial form for our car business.

We will configure this organization structure in this post

Step 1: Defining Shipping Points for Global Logistics

The Shipping Point is the top-level organizational unit in Logistics Execution. It is responsible for managing outbound deliveries, transportation scheduling, and distribution. It defines the physical location where goods depart

Please follow the below path to configure Shipping point

We have created below shipping points for our car business.

1.1 IC Car Shipping Points

• We have created 4 shipping points to serve these two plants as given in the below screenshot.
• Two shipping points per plant
• One outbound shipping point & one inbound shipping point per each plan

1.2 Electrical Car Shipping Points

We have created 2 shipping points for electrical car plant as given in the below screenshot.

Assign Transportation Zone to the Shipping Point

To determine delivery routes effectively, Transportation Zones must be assigned to Shipping Points.

• Region East (0000000001): Assigned to shipping points for plants PA10 and PA20.

• Region West (0000000002): Assigned to shipping points for plant PP10.

Note: Transportation zone in shipping point is used to determine the route. Please see the below post for details

Step 2: Assigning Shipping Points to Plants

In this step, we link the production/storage locations (Plants) to the dispatch units (Shipping Points). Architecturally, this determines how shipments are processed. While , precision is required for the Car Business model:

2.1 Shipping Points for IC Car

2.2 Shipping Points for Elect Car

Step 3: Shipping Point Determination

The system automatically proposes a shipping point during sales order processing using the following logic: Plant + Loading Group + Shipping Condition = Proposed Shipping Point

We have determined shipping point as per below data

Please follow the below path to determine outbound shipping points

3.1 Define Shipping Conditions

Define the conditions that need to be met for goods to be shipped. This is entered in customer master. Shipping point determination is carried out by the SAP system only if a shipping condition is contained in the sales document.

Note : We can also determine a shipping condition for each sales document type. This shipping condition is then used for determining the shipping point in the sales document instead of what is specified in the customer master record.

Please follow the below path to configure the shipping conditions

Below Shipping Conditions are created for our car business

3.2 Defining Loading Groups

Loading groups define how goods are handled (e.g., forklift vs. crane) and are assigned to the material master.

Follow the below path to configure the loading groups

We have configured below loading groups for PA10 Plant

We have configured below loading groups for PA10 Plant

Step 4: Picking Location Determination & Rules (OVL3)

Picking rules define how the system identifies the correct storage location for outbound deliveries.

We have configured picking location determination for our car business as below.

For our car business, we utilize the YOBD customized delivery type.

SPRO –> IMG –> Logistics Execution –> Shipping –> Picking –> Determine Picking Location –> Define Rules for Picking Location Determination

Note : We will determine picking storage locations in outbound deliveries. Since we have all type of storage locations like Std Storage Locations, IM HU Managed SLOC, WM Managed, EWM Managed so we need to determine picking storage locations corresponding to storage conditions accordingly.

4.1 Picking Location Determination in EWM

For EWM There are two separate Storage Locations for inbound goods & outbound goods.

For our car business we have configured these two as below

• PP1D – EWM Rec. on Dock
• PP1S – EWM Av. for Sale

EWM Picking location in outbound deliveries will be “PP1S – EWM Available for sales” , which is different from EWM Inbound deliveries SLOC as “PP1D – EWM Receive on Dock”. The available stock is changed from PP1D to PP1S through EWM functionality of stock availability

We will see the component of picking location determination in detail i.e. “Storage Conditions”

Step 4.1: Defining Storage Conditions

Storage Conditions in SAP LE (Logistics Execution) refer to predefined settings that dictate how materials should be stored, handled, and managed within a warehouse or storage location. These conditions ensure that goods are maintained under the right environmental factors, such as temperature, humidity, and safety requirements, to prevent damage and maintain quality.

Below 4 Storage conditions are configured for our car business

Storage conditions are entered in the material master record for each storage location.

Path to define storage conditions are defined for our car business

So depending upon the material handling i.e. material is inventory managed or HU mandatory or Warehouse Managed or EWM managed , we will input storage condition in the material master

Step 5: Assigning Goods Receiving (GR) Points for Inbound Deliveries

For inbound logistics, the Goods Receiving Point is determined by the Plant and Storage Location (SLOC).

Below is the data used for this configuration

5.1 Assign Inbound Receiving point to PA10 Plant

We have created inbound shipping point as “PA20” for this Plant in step 1.

Assign this Shipping point as goods receiving point to the combination of plant “PA10” & all storage locations as shown in the screenshot.

5.2 Assign Inbound Receiving point to PA20 Plant

We have created inbound shipping point as “PA40” for this Plant in step 1.

Assign this Shipping point as goods receiving point to the combination of plant “PA20” & all storage locations as shown in the screenshot.

5.3 Assign Inbound Receiving point to PP10 Plant

We have created inbound shipping point as “PP20” for this Plant in step 1.

Assign this Shipping point as goods receiving point to the combination of plant “PP10” & all storage locations as shown in the screenshot.

Step 6: Transportation Group Configuration

Transportation Groups classify materials with similar transit requirements (e.g., pallets, liquid, or specialized car haulers). These are assigned to material master records and are critical for route determination.

Created below transportation group for our companies

Below is the path to configure transportation group

Logistics Execution Organization structure configuration ends here.

Conclusion & Engagement

Establishing a high-performance Logistics Execution structure requires more than just filling out tables; it requires an architectural understanding of how goods move and how finance follows. By following this 6-step “Configuration Accelerator” approach, you ensure your S/4HANA environment is built for global scale.

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