A Tempe Arizona Quit Claim Royalty Deed is a legal document that transfers ownership or interest in real property from one party to another. It is commonly used when the property is being transferred within a family, during divorce proceedings, or for other non-traditional sales scenarios. This type of deed essentially allows the transfer of ownership rights from the granter (current owner) to the grantee (new owner), without any warranties or guarantees regarding the title status. In Tempe, Arizona, there are different types of Quit Claim Royalty Deeds that serve specific purposes. These include: 1. Individual to Individual: This is the most common type where an individual grants ownership rights to another individual without any warranties. It is typically used in situations such as transferring property between family members or gifting property. 2. Divorce or Separation: In the event of a divorce or separation, a Quit Claim Royalty Deed can be used to transfer interest in real estate between spouses without any warranties. This type of deed is commonly used to establish property ownership after a divorce or separation. 3. Trust or Estate Planning: Quit Claim Royalty Deeds can also be utilized in trust or estate planning to transfer property into or out of a trust. This allows for control over the distribution of assets and can help avoid probate processes. 4. Corporation or LLC Ownership Change: If a property is owned by a corporation or limited liability company (LLC), a Quit Claim Royalty Deed can be used to transfer ownership of the property to a new entity or individual. This is often done during business transactions, mergers, or acquisitions. It is important to note that, unlike a Warranty Deed, a Quit Claim Royalty Deed does not provide any guarantees or assurances regarding the title status of the property. Therefore, it is recommended to consult with a qualified real estate attorney or professional before entering into any Quit Claim Royalty Deed transactions to ensure a clear understanding of the legal implications and potential risks involved.