Loan with Security Link - Movable Assets

Structuring Financing with an Integrated Security Position.

A secured loan involves the legal structuring of a credit relationship in which movable assets are pledged as collateral for the financing.

The documentation addresses the interrelationship between the credit agreement and the creation of the security interest, ensuring that the lender’s enforcement position is contractually and legally secured.

Scope of application

This structure is applied in situations involving:

  • Commercial financing.
  • Intra-group loans.
  • Bridge financing.
  • Transactions in which assets serve as collateral, either temporarily or permanently.
  • Multi-party financings with additional security interests.

Legal components

Depending on the transaction, the documentation may include, among other things:

  • Specification of the principal amount and repayment terms.
  • Description of the secured obligations.
  • Integration of pledges or other security rights.
  • Ranking and priority provisions.
  • Default and acceleration clauses.
  • Provisions for enforcement in case of non-compliance.

The credit relationship and the security structure are legally aligned.


Preliminary legal analysis

Prior to drafting, an assessment is made of:

  • The nature and size of the financing.
  • The legal status of the collateral.
  • Existing obligations or security interests.
  • The desired ranking relative to other creditors.
  • Enforceability in the event of insolvency.

This analysis determines the structure of both the loan and its associated security arrangements.


Integration within broader structures

The secured loan may form part of:

  • Group financing structures.
  • Intercreditor arrangements.
  • International financing models.
  • Layered security structures.

Presentation of the structure for review

Do you wish to assess how a loan can be legally linked to an appropriate security structure?

Each request is subjected to a preliminary legal analysis to ensure the structure is correctly implemented.