Landowner's Guide to Selling or Joint-Venturing Land

Structures, in principle

Availability is project-specific. No structure is offered here, and not every structure suits every site.

• □Outright sale: price certainty, clean exit, no further participation or risk.
• □Option or contracted purchase: time for a buyer's diligence, with defined payments and deadlines.
• □Staged or delayed closing: proceeds over time, tied to defined milestones.
• □Land contribution into a joint venture: participation instead of full proceeds at closing, with real risk.
• □Landowner joint venture with defined roles: participation with negotiated decision rights.

What each path asks of you

• □A sale asks for clean title, disclosure and a decision.
• □An option asks for patience and a clear deadline structure you can live with.
• □A staged closing asks you to carry counterparty performance risk over time.
• □A contribution asks you to accept development and market risk in exchange for participation.
• □Every participation path asks you to care about governance, not just price.

Seven questions that decide the path

• □Do you need certainty of proceeds, or are you willing to accept variability?
• □What is your timing, and what happens if the project takes longer?
• □How much risk can the ownership group genuinely absorb, including a bad outcome?
• □Do you want influence over decisions, or do you want to be out?
• □Are there tax, estate or partnership constraints that rule out some structures?
• □Do all owners agree, and who is authorised to sign for the group?
• □What do you need to know about the counterparty before you rely on them?

What must be in writing

• □Roles, responsibilities and who performs what.
• □Decision rights, including which decisions require unanimity.
• □Capital obligations, and what happens if a party cannot fund.
• □Guarantees and who is exposed to them.
• □Conflicts, affiliated-party work and how it is disclosed and approved.
• □Compensation to every party, including affiliates.
• □Exit rights, transfer restrictions and deadlock mechanics.