PROCUREMENT INTENT
Hosted Payload Pricing
Pricing is rarely “just rent a slot.” The real drivers are interface complexity, AIT scope, ops tier, delivery SLAs, and schedule urgency. Use this page to request comparable offers.
Know what drives cost
Interface + ops + delivery are the real levers.
Compare models
Program fee vs usage tiers vs reserved packages vs dedicated missions.
Force comparable quotes
Mini-SOW fields eliminate pricing ambiguity.
Answer a few specs and get a quote-grade procurement brief you can send to vendors. You will even be able to save it as a PDF to share with others.
Mass + power (avg/peak) + thermal
Protocol + peak rate + daily volume
Standard / priority / 24/7 mission-critical
Best-effort / defined latency / guaranteed availability
This quarter / 6–12 months / exploratory
Commercial / civil / defense + constraints
How hosted payload pricing actually works
Hosted payload pricing is a bundle of (1) integration/program scope, (2) ongoing operations and contact time, and (3) data delivery requirements. Vendors price differently based on assumed interfaces, test scope, ops responsibility boundaries, and what “delivered data” means. Your job is to standardize assumptions so quotes become comparable.
Program/integration fee
AIT + qualification scope
Ops tier (hours + response)
Downlink/contact time
Delivery pipeline + endpoints
SLA tiers + penalties/credits
Schedule urgency risk
HOW IT WORKS
Get comparable pricing in 5 steps.
Most pricing confusion comes from mismatched assumptions. This flow forces vendors to price the same outcomes.
1
Lock interface assumptions
Mass/power/thermal + data protocol + peak rate + duty cycle.
2
Declare ops model
Provider vs shared vs customer, plus response expectations.
3
Define delivery SLA
Latency/destination/availability semantics and security posture.
4
Specify schedule posture
Cadence, integration window needs, and slip assumptions.
5
Compare pricing model
Normalize across program fee, usage, reserved packages, and SLAs.
Who prices what (vendor types).
Pricing differs depending on whether the vendor is selling a platform, a turnkey program, or a dedicated mission.
Turnkey hosted payload programs
Best for
One-contract outcome pricing with clear scope
Typical pricing
Program fee + usage tiers
What you'll need to provide
Interface + delivery SLA + ops tier
Payload hub platforms
Best for
Repeatable interface with subscription/usage models
Typical pricing
Subscription tiers + overages
What you'll need to provide
Compatibility + duty cycle + data volumes
Dedicated/single-tenant missions
Best for
Isolation and control; higher fixed cost
Typical pricing
Fixed program cost + optional ops
What you'll need to provide
Detailed requirements and acceptance criteria
Brokers/integration primes
Best for
Coordinating multiple parties with clear SOW boundaries
Typical pricing
Project fees + pass-through costs
What you'll need to provide
Explicit responsibility boundaries and test artifacts
THE CHECKLIST
Pricing mini-SOW checklist (quote-grade).
If you include these fields, vendors can give pricing that procurement can actually compare.
Interface
• Mass/CG/volume
• Power avg/peak + duty cycle
• Thermal dissipation
• Data protocol + peak rate
Ops tier
• Support hours
• Response times
• Anomaly handling expectations
• Command authority boundaries
Delivery
• Latency expectations
• Destination (cloud/endpoint)
• Security model
• Retention + audit
Schedule
• Target orbit + timeframe
• Integration window needs
• Launch access assumptions
• Slip tolerance
Commercials
• Budget band
• Preferred pricing model
• Commitment appetite
• SLA tier requirement
Compliance
• Gov/commercial
• Export/data residency constraints
• Access control approvals workflow
Pricing-driven buying scenarios.
Early pilot / budget-limited demo
Optimize for usage-based pricing and best-effort SLAs.
Commercial data product ramp
Move to committed packages as volume and revenue stabilize.
Mission-critical deliveries
Pay for ops tier + delivery SLAs + reserved resources.
Sensitive payload programs
Prefer dedicated missions or high-isolation platforms.
Common pricing models.
Program fee + usage
Upfront integration/program fee
Ongoing ops + downlink + delivery billed by tier/volume
MOST POPULAR
Reserved/committed package
Commit to resources/capacity
Discounted unit economics + priority treatment
Subscription tiers
Bundled capabilities per tier
Predictable spend; overages for bursts
Dedicated mission (single tenant)
High fixed cost, maximum control
Often clearer responsibility boundaries
To compare offers, normalize to the same interface + ops tier + delivery SLA + schedule posture. Otherwise pricing will appear inconsistent.
Hosted Payload Pricing FAQs
What is the biggest cost driver?
Interface complexity + ops tier. If integration is custom or ops must be 24/7 mission-critical, costs rise quickly.
Is pricing usually per month or per mission?
Both exist. Many offers combine a one-time program fee with ongoing usage/subscription for ops/downlink/delivery.
How do reserved packages work?
You commit to capacity/resources (minutes, throughput, ops tier) and get better unit pricing plus priority scheduling/handling.
Why do quotes vary so much?
Vendors assume different AIT scope, ops responsibility, delivery SLAs, and schedule posture. A mini-SOW standardizes assumptions.
Can I get a price without detailed interface data?
You can get a rough range, but quote-grade pricing requires mass/power/data/thermal plus ops + delivery requirements.
What should I include to get “real numbers”?
Interface, ops tier, delivery SLA, schedule assumptions, compliance posture, and budget band. That filters tire-kickers and forces comparable bids.
How does Full Orbit help?
We convert your needs into a mini-SOW and return 2–3 quote-grade offers you can take to procurement.
What’s the best pricing model for early demos?
Usage-based with best-effort delivery is often the best fit for pilots; move to committed packages when you have predictable volume.