Request Multiple Quotes from Spacecraft Suppliers & Manufacturers

The challenge

The solution

Requirements

• 1. Define mission needs: orbit, payload, performance, lifetime, interfaces, launch constraints, regulatory/export requirements, budget, and schedule.
• 2. Set sourcing strategy: make/buy, sole vs competitive source, prime vs subcontractor split, risk appetite, and long-term support needs.
• 3. Establish evaluation criteria: technical fit, heritage, reliability, quality system, cost, schedule credibility, financial strength, and security/compliance.
• 4. Identify qualified suppliers: market scan, past performance, relevant mission heritage, manufacturing capacity, and domain specialization.
• 5. Issue clear RFQ/RFP: requirements, statement of work, data deliverables, acceptance criteria, assumptions, and contract terms.
• 6. Assess technical solution: architecture, margins, subsystem maturity, verification plan, parts selection, and configuration control.
• 7. Perform supplier due diligence: audits, quality/cybersecurity checks, financial review, export-control review, and litigation/sanctions screening.
• 8. Evaluate total cost of ownership: unit price, nonrecurring engineering, test/qualification, integration, logistics, warranty, and lifecycle support.
• 9. Review schedule realism: critical path, long-lead items, capacity, dependencies, and recovery plan.
• 10. Verify quality and reliability: QA process, traceability, test records, failure history, and nonconformance handling.
• 11. Check program and project management: governance, reporting cadence, risk management, issue escalation, and decision authority.
• 12. Negotiate contract protections: milestones, acceptance, penalties/credits, IP/data rights, change control, warranty, and termination rights.
• 13. Lock interfaces early: mechanical, electrical, software, data, environmental, and launch/ground system interfaces.
• 14. Confirm supply chain robustness: critical parts, second sources, obsolescence plan, and contamination/handling controls.
• 15. Conduct risk assessment: technical, schedule, cost, supply chain, regulatory, and geopolitical risks with mitigations.
• 16. Select supplier using weighted scorecard and documented decision rationale.
• 17. Onboard formally: kickoff, roles, communication plan, document repository, escalation path, and meeting calendar.
• 18. Freeze baseline requirements: configuration management, change approval process, and version control.
• 19. Define verification/acceptance plan: reviews, inspections, tests, deliverables, and sign-off criteria.
• 20. Monitor execution continuously: KPIs, milestone tracking, risk reviews, quality metrics, and corrective actions.

Best practices

• 1. Define the business problem and desired outcomes before evaluating products.
• 2. Identify all stakeholders early, including IT, security, operations, finance, and end users.
• 3. Map current workflows and document where Spacecraft products will fit or replace existing processes.
• 4. Set clear technical, functional, and compliance requirements in writing.
• 5. Request a detailed product demo using your own use cases, not just generic scenarios.
• 6. Validate integration compatibility with your existing systems, data sources, and APIs.
• 7. Review security, privacy, data handling, and access-control practices thoroughly.
• 8. Ask for proof of scalability, reliability, uptime, and support capabilities.
• 9. Calculate total cost of ownership, including licensing, implementation, training, maintenance, and services.
• 10. Pilot the solution with a limited scope before committing to a full rollout.
• 11. Establish success metrics and acceptance criteria for the pilot and final deployment.
• 12. Evaluate the vendor’s implementation methodology, timelines, and customer support model.
• 13. Check references from similar B2B organizations and industries.
• 14. Negotiate contract terms carefully, including SLAs, renewals, data ownership, and exit options.
• 15. Plan internal adoption, training, and change management to ensure long-term usage and value.