1. The turkey and Thanksgiving
Nassim Taleb’s The Black Swan uses the turkey to warn about models that work until they suddenly do not. Space insurance is similar. Premiums are based on history, but the history includes events that no one predicted. The desktop must be insured, but insurance is only one layer of risk management.
Entry 207 mapped the regulatory environment. This entry looks at insurance and liability.
2. Launch insurance
Launch insurance covers the period from liftoff to initial on-orbit checkout. Premiums for a large, complex payload on a commercial launcher are typically 10–20% of the insured value. For a $170M desktop, launch insurance could cost $20–35M, depending on the launcher and coverage terms.
Some operators self-insure the launch, betting that the long-term revenue justifies the risk. For a first desktop, that is probably unwise.
3. On-orbit insurance
On-orbit insurance covers the spacecraft after checkout. It can include total loss, partial loss, and business interruption. Premiums depend on heritage, reliability, and orbital environment. A first-of-kind platform like the desktop pays higher rates until it establishes a track record.
A portion of on-orbit risk can be retained by the operator to reduce premiums, but only up to the point where a failure does not bankrupt the company.
4. Third-party liability
If the desktop collides with another satellite, causes debris, or damages a customer payload, third-party liability arises. The Outer Space Treaty makes launching states liable for damage caused by their space objects, but operators usually indemnify governments and carry liability insurance.
Customer contracts should allocate liability for payload damage, data loss, and schedule slip.
5. Servicing and manufacturing liability
Robotic servicing and on-orbit manufacturing add new liability questions. Who is responsible if a repair makes a customer satellite worse? If a printed part fails after installation? If a keeper tug accidentally damages a third-party satellite? These liabilities are not yet standard in space insurance, so contracts must be explicit.
6. Risk retention and architecture
The best insurance is sometimes architecture. Redundant modules, collision avoidance systems, controlled deorbit capability, and graceful degradation reduce the probability and severity of loss. Insurers price these features into premiums.
What this changes
- Launch and on-orbit insurance are major costs for the first desktop.
- Third-party liability is governed by treaties but allocated through contracts.
- Servicing and manufacturing create liability questions that are not yet standardized.
- Architectural risk reduction is as important as insurance premiums.
- The next leisure entry can step back and ask what the whole program timeline looks like.