Space Launch Startup Insurance in India 2026: Pre-Launch, Launch, In-Orbit, and Third-Party Liability for Indian Launch Vehicle Companies

Indian private space launch is now a meaningful commercial activity. Skyroot Aerospace completed Vikram-S sub-orbital launch from Sriharikota in November 2022, the first private rocket launch from Indian soil. Agnikul Cosmos completed the SOrTeD (Sub-Orbital Technology Demonstrator) mission in May 2024 using its semi-cryogenic Agnibaan rocket. EtherealX, Bellatrix Aerospace, Skyroot's subsequent Vikram-1 development, and several other startups are progressing toward orbital launch capability. Indian private space has absorbed approximately USD 280 million in disclosed equity funding between Q1 2022 and Q1 2026, with the launch vehicle segment representing approximately USD 170 million of that total.

The regulatory framework governing private space activity in India was established by the Indian Space Policy 2023 notified in April 2023 and operationalised through the Indian National Space Promotion and Authorization Centre (IN-SPACe) as the regulatory and authorisation body. IN-SPACe issues authorisations for launch and space activities by private entities, with conditions specified in the IN-SPACe Norms, Standards, and Procedures (NSP) published in 2023 and amended through subsequent revisions.

India is a signatory to the Outer Space Treaty 1967 and the Liability Convention 1972, both of which establish state responsibility for space activities carried out by national entities. Under Article VI of the Outer Space Treaty, the launching state bears international responsibility for national activities in outer space, including those carried out by private entities. Under the Liability Convention, the launching state is absolutely liable for damage caused by its space objects on the surface of the Earth or to aircraft in flight, and is liable on a fault basis for damage caused in outer space.

The practical insurance implications of this framework are direct. India as the launching state has international liability for any damage caused by a private Indian launch vehicle. The IN-SPACe authorisation conditions typically include a requirement that the private operator maintain third-party liability insurance covering this state-allocated risk, with the operator indemnifying the Government of India for any compensation the state is required to pay under international treaty obligations.

This post addresses how Indian launch vehicle startups should structure insurance across the four phases of mission risk (pre-launch, launch, in-orbit, and third-party liability), the gaps in domestic insurance capacity, and the international market access required to place these risks. The post is distinct from satellite-operator insurance, which has different risk profiles and is addressed in separate content.

The pre-launch phase covers the period from manufacture of the launch vehicle components through transportation to the launch site, integration, and pre-flight operations. For a launch vehicle manufactured at the startup's facilities in Hyderabad, Bengaluru, or Chennai and launched from Sriharikota or other approved launch sites, the pre-launch phase typically spans 8 to 18 months depending on vehicle complexity and integration requirements.

The insurance considerations for pre-launch are largely terrestrial in nature and address losses that can occur before the vehicle attempts flight.

Manufacturing facility property and equipment: Standard Industrial All Risks cover for the manufacturing facility, including buildings, machinery, work-in-progress inventory, and specialised manufacturing equipment. For a launch vehicle manufacturer, the equipment includes propellant handling systems, structural testing equipment, propulsion test stands, and clean-room facilities. Sum insured for the facility typically ranges from INR 50 crore to INR 300 crore for a growth-stage manufacturer.

Work-in-progress and finished vehicle stock: A launch vehicle in late stages of assembly represents an asset value of INR 30 crore to INR 200 crore depending on the vehicle. Loss of a vehicle to fire, structural failure during testing, or accident during integration creates direct asset loss that must be covered. Standard property insurance can be extended to cover work-in-progress at appropriate sum insured values.

Transportation insurance: Transportation of a launch vehicle from the manufacturing facility to the launch site (typically Sriharikota in Andhra Pradesh, increasingly with proposed coastal launch sites including in Tamil Nadu and Andhra Pradesh) involves multimodal transport including road, sometimes rail, and specialised handling. Standard Marine Cargo policies do not cover launch vehicle transportation cleanly; specific manuscript wordings under marine inland transit are typically negotiated.

Testing operations: Engine test fires, structural testing, integrated systems testing, and rehearsal operations create exposure to physical loss. Test failures are part of the development process for launch vehicles; underwriters may exclude certain test operations from coverage or apply specific sublimits. The contractual structure of testing operations (in-house testing, contractor-operated test stands, ISRO facility usage) determines the insurance approach.

Propellant and pyrotechnic risks: Storage and handling of solid propellants, liquid oxygen, kerosene-class fuels, hypergolic propellants, and explosive ordnance for vehicle staging creates significant property and liability exposure. Specific hazardous goods endorsements on property and liability policies are required, with compliance with Explosives Act 1884 and Petroleum Act 1934 as preconditions for coverage.

Pre-launch liability: Third-party liability arising from manufacturing, transportation, or pre-launch testing operations, including damage to ISRO facilities at the launch site, harm to ISRO personnel supporting integration, and damage to other space objects in the integration facility. Pre-launch liability is typically covered under a General Liability extension or as part of a launch insurance programme.

For a mid-stage Indian launch vehicle startup with annual operating budget of INR 150 crore to INR 400 crore, the pre-launch insurance programme typically costs INR 40 lakh to INR 1.2 crore annually, depending on facility scale, propellant inventory, and testing intensity.

The launch phase covers the period from launch attempt through orbit insertion (for orbital missions) or planned descent (for sub-orbital missions). The launch phase is the highest-risk insurance period in the mission lifecycle, with historical global launch success rates over the past two decades averaging approximately 93 to 96 percent for established vehicles and materially lower for new vehicles in their first three to five flights. Indian private launch vehicles, given their pre-orbital and early-orbital status, have not yet established a reliable success-rate baseline.

Launch insurance, as a global market, is provided primarily by specialty Lloyd's syndicates, Munich Re, Swiss Re, Sompo International, and a small number of other reinsurers with dedicated space underwriting capability. The total global launch insurance capacity is approximately USD 700 million to USD 800 million per launch in 2026, against historical highs of USD 1 billion-plus in earlier periods. The capacity has compressed as several syndicates exited or reduced space writing following major losses in the global launch market over 2022 to 2024.

For Indian launch vehicle startups, accessing this capacity requires placement through brokers with direct relationships in the international space insurance market. The standard brokers for Indian space placements include Marsh Specialty (with a London space practice), Aon Reinsurance Solutions, WTW Inspace, and Gallagher's space practice. Indian domestic brokers have limited direct capacity for launch insurance and typically place through correspondent relationships with these specialist firms.

Launch insurance for first-of-a-kind or early-flight Indian launch vehicles has specific underwriting challenges:

Limited flight history: Underwriters traditionally apply premium loadings of 2x to 4x for vehicles in their first three flights, reducing progressively as flight history accumulates. For a vehicle on its first orbital attempt, premiums may run 18 to 30 percent of insured value, against 6 to 12 percent for established vehicles with proven track records.

Vehicle type and risk profile: Solid-fuel vehicles (Skyroot's Vikram series), semi-cryogenic vehicles (Agnikul's Agnibaan), and methalox or other propellant configurations carry different risk profiles based on propulsion complexity, staging mechanisms, and structural design.

Limited insurance history: Indian launch vehicle startups have limited insurance placement history, which means underwriters cannot reference prior loss experience or premium history. The first placement for an Indian private launch is effectively a manuscript placement.

Capacity allocation: Even where underwriters are willing to write Indian launch risks, the capacity allocated may be constrained. A vehicle with a launch vehicle and payload combined value of USD 60 million may find capacity available for USD 35 million but with material co-insurance requirements above that level.

Typical launch insurance coverage includes:

• launch vehicle hull from launch attempt to specified mission end (orbit insertion or planned descent)
• third-party liability during launch operations
• payload loss coverage (for missions carrying customer payloads, typically purchased by the payload customer rather than the launch operator)

Launch insurance for an Indian orbital launch vehicle attempt in 2026 is typically priced at USD 1.5 million to USD 8 million for hull and liability combined, against a vehicle value range of USD 8 million to USD 45 million for current Indian private vehicles. The pricing reflects mission profile, vehicle history, payload, and capacity availability at the time of placement.

In-orbit insurance covers the period following successful orbit insertion through the operational mission. For launch vehicle startups, the in-orbit phase is typically less relevant than for satellite operators because the launch vehicle's mission usually ends at orbit insertion (for upper stages) or at planned descent (for first stages and demonstration vehicles). However, several in-orbit considerations apply.

Upper stage residual life: After payload deployment, the launch vehicle's upper stage may remain in orbit for an extended period before re-entry. During this period, the upper stage is a space object for which the launching state retains liability. Specific in-orbit liability cover for upper stage operations is sometimes required.

Reusable vehicle in-orbit and recovery phases: For launch vehicle architectures with planned reusability (some Indian launch vehicle startups are developing reusable first stages), the in-orbit and recovery phases create additional insurance considerations. Recovery operations, whether ocean recovery or land recovery, involve physical risks during the descent and landing phase that are not covered by traditional launch hull insurance.

Customer payload in-orbit insurance: While typically purchased by the payload customer, the launch operator's coverage interacts with the customer's in-orbit insurance through contractual indemnity. If the launch caused a payload defect that manifested in orbit (vibration damage during launch causing later failure), the launch operator's liability to the payload customer is contractually limited but the insurance position requires specific drafting.

Demonstration mission in-orbit phases: Indian launch vehicle startups conducting orbital demonstrations of their own technology (rather than customer payloads) need specific cover for the demonstration phase. This is a relatively rare insurance category and typically requires manuscript placement.

For Indian launch vehicle startups whose primary business is launch services (rather than operating satellites), in-orbit insurance is typically a small component of the overall programme, focused on residual upper stage liability and recovery operations where applicable. Premium for these in-orbit covers is typically USD 100,000 to USD 600,000 per mission, depending on the in-orbit period and specific operations.

Third-party liability is the most legally consequential insurance for an Indian launch vehicle startup, because it covers exposure that is fundamentally allocated by international treaty rather than by commercial contract.

The Outer Space Treaty 1967, Article VII, establishes that each state party that launches or procures the launch of a space object, or from whose territory or facility a space object is launched, is internationally liable for damage caused by that space object. The Liability Convention 1972 elaborates this framework, providing that the launching state is absolutely liable for damage on the surface of the Earth or to aircraft in flight, and liable on a fault basis for damage to other space objects in outer space.

For an Indian private launch from Sriharikota, India is the launching state. If the launch vehicle causes damage to a third party (a fishing vessel damaged by debris in the Bay of Bengal, an aircraft damaged by colliding with debris during ascent, a foreign territory or installation damaged by errant flight), the Government of India bears the international liability. The IN-SPACe authorisation typically requires the private operator to indemnify the Government of India for any compensation the state is required to pay, with the operator's indemnity backed by third-party liability insurance.

The insurance structure for third-party liability typically includes:

Maximum Probable Loss (MPL) calculation: A pre-launch analysis of the maximum probable loss to third parties from a worst-case launch failure. The MPL calculation considers flight trajectory, population density along the trajectory, presence of high-value infrastructure, and specific scenarios (boost-phase failure, mid-flight failure, late-stage failure). The MPL informs the appropriate insurance limit.

Insurance limit: For Indian private orbital launches in 2026, third-party liability limits typically range from USD 100 million to USD 500 million, depending on launch trajectory and MPL. International practice for established launch sites and vehicles uses limits up to USD 800 million.

Geographic coverage: The policy must cover liability arising anywhere in the world where damage could occur, not just within India. Debris re-entering the atmosphere may cause damage in foreign territory, creating cross-border liability that the policy must capture.

Government indemnity interaction: The Indian government's potential international liability and the operator's contractual indemnity to the government must be aligned with the insurance coverage. Some launches benefit from a government-provided indemnity layer above the operator's commercial insurance, similar to the indemnity structures in the United States (under the Commercial Space Launch Act) and other space-faring nations.

The absolute liability standard under the Liability Convention is particularly material. Unlike standard tort liability, absolute liability does not require proof of fault. If damage occurs on the surface of the Earth, the launching state is liable regardless of whether the operator was negligent. The operator's insurance must respond to this strict liability standard, which is different from how standard liability policies are typically drafted. Manuscript wordings reflecting the treaty liability framework are required.

Premium for third-party liability cover is typically USD 200,000 to USD 1 million per mission for limits in the USD 100 million to USD 300 million range, with rates increasing materially for trajectories over densely populated areas or for vehicles with limited flight history.

Indian launch vehicle startups are increasingly signing customer launch contracts that include specific financial-grade insurance requirements. These contracts include:

• launch failure indemnity provisions where the launch operator agrees to specific consequences (re-flight commitment, refund, replacement vehicle) in case of launch failure
• delay damages provisions where the launch operator pays specified amounts for delays beyond the contractual launch window
• mission success warranties with financial consequences for partial success
• liability allocations between launch operator and payload customer for various failure scenarios

The contractual structures vary significantly across customer relationships. Government customers (DRDO, ISRO for piggyback payloads, foreign government space agencies) typically have specific procurement-style contracts with detailed performance requirements. Commercial customers (satellite operators booking launches, defence-tech companies booking payload missions) tend toward standard commercial contract structures with insurance backing the contractor's commitments.

The insurance products that respond to these commitments include:

Re-flight insurance: A first-of-a-kind product covering the operator's commitment to re-fly a customer payload at no additional charge if the original launch fails. The product is typically not stand-alone insurance but rather a sublimit or specific allocation within the launch insurance programme.

Delay damages cover: Specific cover for delay damages payable to customers if launch is delayed beyond contractual windows. The cover is rare in the Indian market and typically requires international placement.

Customer indemnification cover: Cover for indemnification commitments to customer including downstream losses if launch failure damages customer's business. The cover requires careful drafting to align with the contractual indemnity scope.

The practical position for Indian launch vehicle startups negotiating customer contracts is to align contractual commitments with available insurance before signing. Broker review of customer contracts prior to signing is essential. A startup that has signed a customer contract with USD 30 million in potential delay damages but only USD 10 million in available insurance coverage for that exposure has created USD 20 million in uncovered contractual liability.

IN-SPACe authorisations for launch and space activities specify insurance requirements as conditions of the authorisation. The specific conditions vary by mission type, vehicle category, and operational profile, but standard elements include:

Minimum third-party liability limits: Specified per mission based on MPL analysis. For sub-orbital missions, limits typically run USD 30 million to USD 100 million. For orbital missions, limits typically run USD 100 million to USD 300 million for current Indian vehicles.

Government indemnity: The operator agrees to indemnify the Government of India for any compensation the state is required to pay under international treaties as a result of the operator's launch activity. This indemnity is backed by the third-party liability insurance.

Maintained insurance throughout mission lifecycle: The operator must maintain the required insurance through pre-launch, launch, and (where applicable) in-orbit phases, with evidence of cover provided to IN-SPACe at specified milestones.

Insurer rating requirements: IN-SPACe typically requires that insurers providing required cover meet specified rating standards (typically 'A' rated or equivalent). This may limit acceptable insurers and may require placement with internationally recognised rated specialty markets.

Specific endorsements: Coverage of treaty liability, absolute liability standard for surface damage, geographic coverage worldwide, and other specific provisions are typically required.

Self-insurance and retention limits: IN-SPACe authorisation may specify limits on self-insurance retentions and require that the operator's own retained risk does not affect the cover provided to third parties.

The authorisation process itself includes review of the operator's insurance arrangements by IN-SPACe technical and legal teams. The process can extend over several months and includes:

• preliminary application with mission profile and insurance plan
• iteration on insurance structure with IN-SPACe feedback
• placement of the insurance programme through brokers and insurers
• final certification of insurance to IN-SPACe before mission authorisation

For Indian launch vehicle startups, engagement with IN-SPACe on insurance requirements should begin 6 to 12 months before planned launch. The insurance placement process for first-of-a-kind missions can extend 4 to 9 months due to underwriter due diligence, capacity gathering, and wording negotiation. Starting late creates substantial risk of launch delay due to insurance unavailability.

A broader policy consideration relevant to all Indian launch vehicle startups is the evolving position on launch insurance under the Indian Space Policy 2023 and any subsequent space legislation. Some space-faring nations provide government indemnity layers above commercial insurance, which significantly reduces the commercial insurance burden on private operators. The Indian Space Policy framework does not currently provide such an indemnity layer, but discussions on this approach have been ongoing through 2024 and 2025. Operators should track these developments because availability of government indemnity would materially change the insurance economics of Indian private launches.

A practical insurance plan for Indian launch vehicle startups by stage:

Pre-revenue R&D stage (USD 5 million to USD 30 million raised, ground testing, no flight operations): At this stage the company is conducting ground tests, manufacturing prototypes, and developing flight hardware. Cover required: Industrial All Risks for manufacturing facility and equipment, work-in-progress cover, Marine Cargo for component transportation, statutory Workmen's Compensation extended for hazardous operations, Public Liability for facility visitors and demonstrations, D&O at INR 5 crore to INR 15 crore, and specific covers for testing operations including liability for test facility damage. Annual programme cost: INR 30 lakh to INR 90 lakh.

Sub-orbital demonstration stage (USD 30 million to USD 80 million raised, first flights, no commercial launches): Adds launch insurance for demonstration flights covering vehicle hull and third-party liability for the specific flight. Manuscript placement typically required. Per-mission insurance cost: USD 800,000 to USD 2.5 million. Annual base programme cost (excluding mission-specific cover): INR 80 lakh to INR 2 crore.

Orbital launch stage (USD 80 million to USD 200 million raised, first orbital flights with customer payloads): The full launch insurance programme is required for each mission including launch hull, third-party liability at treaty-compliant limits, and any customer-required additional covers. Per-mission insurance cost for orbital launches: USD 2 million to USD 8 million depending on mission profile and capacity availability. Annual base programme cost: INR 1.5 crore to INR 4 crore.

Established launch operator stage (Series C and beyond, multiple successful launches, growing customer base): Programme expands to include captive arrangements through GIFT City for retained risk, increased operational covers, customer-required insurance enhancements, and ongoing per-mission launch insurance. Annual base programme cost: INR 3 crore to INR 8 crore plus per-mission costs of USD 1.5 million to USD 6 million as capacity availability improves with flight history.

Broker selection for Indian launch vehicle insurance is the most material insurance decision. The broker must have direct relationships with the global space insurance market (Lloyd's space syndicates, Munich Re space, Swiss Re space), engineering expertise to engage with vehicle technical reviews, and ideally a London-based space practice. Marsh Specialty, Aon Reinsurance Solutions, WTW Inspace, and Gallagher are the primary global brokers serving this market. Indian domestic brokers participate through correspondent relationships with these firms.

The insurance strategy for a launch vehicle startup should be set early because the placement lead times, capacity considerations, and underwriter relationship-building all require multi-year horizons. A startup that approaches the launch insurance market for the first time six months before launch is materially less likely to secure favourable terms than one that has engaged with brokers and underwriters from the demonstration stage.