Answer in brief
Reusable rockets changed space for business mainly by making flights frequent and scheduled, so small satellites can share a rocket and operators can renew their fleets. Most companies should buy the result — imagery, connectivity, positioning corrections — as a service and compare suppliers on coverage, licence terms and continuity. Whoever flies a payload is responsible for its licences and for removing it from orbit.
What reuse changed is the timetable, not only the price
A rocket stage that lands and flies again stops being a consumable and becomes equipment. For a customer the visible result is not the landing but the calendar: NASA’s 2026 review of small-spacecraft technology describes rideshare as access to space on proven launch vehicles with scheduled flights throughout the year.
The review also shows the scale: NASA counts 4,577 spacecraft launched in 2025, nearly 60% more than in 2024, and attributes about 70% of them to a single broadband constellation. Those figures come from the edition dated 18 May 2026; treat any number in this field as a dated snapshot.
For a company in logistics, insurance, farming or software, the lesson is narrower than the headlines. Commercial space launch became frequent enough for small satellites to be built, flown and replaced as a routine, which means a routine supply of pictures, radio links and tracking data. This guide is about buying those sensibly, and about the rules for flying hardware of your own.
Rideshare works like a bus route, with the operator’s rules
NASA describes two forms of rideshare. In the first, a large primary spacecraft determines the mission requirements, including orbit and schedule, and smaller payloads use the rocket’s spare mass and volume. In the second, a ‘dedicated rideshare’, one rocket carries only small satellites. Either way the passenger does not choose the route.
The cheap seat comes with conditions. Rideshare satellites are subject to ‘do no harm’ requirements set by the launch provider, the integrator or the owner of the main payload. NASA notes that these usually restrict transmitters, mechanical deployments after separation and hazardous materials, and can differ from flight to flight. The orbit is that of the main mission, which usually does not perfectly match the needs of the secondary payload.
Two options buy the flexibility back. A dedicated small launch vehicle offers a tailored orbit, at what NASA calls significantly higher price points and a lower launch frequency. An orbital transfer vehicle rides the shared rocket and then carries satellites the ‘last mile’ to their own orbits, a market NASA describes as nascent. As a dated reference point, the same chapter cites one commercial rideshare programme offering rides from $350,000 for about 50 kg; check the provider’s current terms before using it.
Small satellites and constellations: a standard box made them possible
The small satellite owes its career to a standard. A CubeSat is built to a fixed form factor and leaves the rocket from a dispenser, a box with a hinged door and a spring, so one design fits many launch vehicles. NASA advises developers to design for as wide a range of dispensers as possible, because the launch provider or integrator usually chooses the dispenser.
Constellations followed. One small satellite passes over a given place occasionally; many in coordinated orbits pass often. NASA’s chapter lists constellations that image the Earth at high frequency, gather weather data, track ships and aircraft, map radio signals and connect low-bandwidth devices. It notes that upgraded satellites continually replace their predecessors, a cycle that depends on regular launches.
NASA also reports that the average small-satellite mission is getting heavier, and that one broadband platform more than doubled in mass within four years. The fleet behind a service is renewed constantly, so performance, coverage and prices change faster than in most infrastructure. Write review dates into any long contract.
Most companies should buy the picture, the link or the position
Very few businesses need a satellite; they need what one produces. Earth-observation operators sell archive images, or new images of a chosen area on request. Price and usefulness depend on the level of detail, how often the area is revisited, whether radar is needed to see through cloud, and what the licence lets you do with the picture. Public programmes also publish coarser imagery free of charge: the sensible place to test an idea.
Connectivity is sold in two broad forms: broadband for sites and vehicles beyond terrestrial networks, and narrow, low-power links for sensors and trackers. Compare coverage where you actually operate, the terminal you must buy and the conditions under which speeds are reduced. Check that the operator is authorised in each country on your map: a service legal in one state may not yet be licensed in the next.
Positioning is the oddest market of the three, because the basic signal is free. The open services of the global navigation constellations cost nothing to receive; companies pay for correction and integrity services that tighten accuracy for surveying, machine guidance or fleet work. In every case, ask which satellites the service depends on, who operates them and what happens if one operator leaves the market.
Flying your own payload makes the paperwork yours
A launch broker or integrator can find the flight and attach the satellite to the rocket. The licences stay with the owner. NASA is plain: the spacecraft owner or operator must obtain the appropriate licensing, which may include radio-frequency licensing, remote-sensing licensing and approval for laser use, and the integrator or launch provider will ask for proof before the satellite is integrated.
In the United States a commercial space launch is authorised by the Federal Aviation Administration, and a payload review is normally part of that authorisation. The FAA’s list of what an applicant must identify is a useful template anywhere: the payload’s name and function; its dimensions, weight and composition; its owner and operator, including any foreign ownership; hazardous materials; the intended orbits; and its planned operations, anticipated life span and disposal.
The same page marks the boundary between agencies: the FAA does not make a determination on aspects of a payload regulated by the Federal Communications Commission or the Department of Commerce, so those approvals are sought separately. Other countries divide the work differently, but the pattern holds: launch safety, radio spectrum and Earth observation are separate permissions, and the slowest sets your launch date.
Five years to leave orbit: the debris rule operators now plan around
The Federal Communications Commission licenses the radio communications of US satellites and uses that role to limit debris. Under its rule, as summarised in the Federal Register, a satellite that ends its mission in, or passes through, low Earth orbit below 2,000 km and plans disposal by uncontrolled re-entry must complete it as soon as practicable, and no later than five years after the end of the mission. The earlier 25-year benchmark was a guideline applied in licensing, not a written rule.
The requirement also applies to entities seeking access to the US market with a satellite licensed elsewhere. Satellites already in orbit were exempt; those launched after 29 September 2024 must comply. The Commission did not prescribe a disposal method, and its rules ask applicants to demonstrate a probability of successful disposal of 0.9 or greater for each satellite.
Europe is moving the same way. The European Space Agency’s debris-mitigation requirements, in effect for its own missions since November 2023, cut the maximum time a new mission may spend in protected low-Earth orbits at the end of its life from 25 years to five, and require a probability of successful disposal above 90%. Its ‘Zero Debris’ approach aims to significantly limit debris production by 2030. Ask any operator how its satellites leave orbit, and treat a vague answer as a risk to your service.
Questions that separate a dependable space supplier from a promising one
Start with dependence. Ask how many satellites deliver the service today, how many the offered performance needs, and how replacements will be launched. A service described in the future tense, with coverage promised ‘after the next launches’, should be priced as a pilot, not as infrastructure.
Then ask about the launch, because your supplier is often a rideshare customer too. On a shared flight the date and the orbit follow the main mission, so a new satellite can arrive later, or in a less convenient orbit, than the sales presentation assumed. The contract should say what you receive, and what you may cancel, if capacity arrives late.
For imagery, check who may see and reuse the data, how long you may keep it and whether derived products are yours. For connectivity, check authorisations country by country and the notice period for price changes. Ask for data in a format a competitor can also deliver, so that changing supplier is an engineering task and not a rebuild.
Deciding whether orbit belongs in your plan at all
Begin with the decision, not with the satellite. Name one decision in your business that would be made differently with a fresh picture of a site, a link at a remote location or a position more exact than a phone provides. If you cannot name it, no price is low enough. If you can, you also know how often the information must arrive and how wrong it may be.
Test with what is free or archived before commissioning anything new. Public imagery, a trial terminal or a month of correction data will show whether the information changes the decision. Only then compare paid suppliers on the same test area with the same written questions, and keep the first contract short.
Keep the habit of checking the current state, because this field moves faster than any guide. NASA updates its review, regulators publish their rules and licence lists, and operators publish coverage maps and user guides. A plan that names its sources and the date they were read can be updated in an afternoon; one built on last year’s launch headline cannot.
Practical checklist
- Write down the decision that satellite data or a satellite link would change, and how fresh and how accurate the information must be.
- Test the idea with free public imagery, archived data or a trial terminal before paying for new collection or a long contract.
- Ask each supplier how many satellites the service depends on today, who operates them and how replacements will be launched.
- For any payload of your own, list the launch, radio and remote-sensing permissions it needs and who applies for each.
- Ask every operator for its end-of-life plan and check it against the five-year disposal rule that applies to its licence.
Questions and answers
What did reusable rockets change for ordinary businesses?
Mainly the supply of satellites. Frequent, scheduled flights let small satellites share a rocket and let operators replace them regularly, so imagery, connectivity and positioning services became products with price lists. A business rarely benefits from the rocket directly; it benefits from the services that a steady flow of launches keeps in orbit.
How does a rideshare launch differ from a dedicated launch?
On a rideshare, a main payload or the launch provider fixes the orbit, the date and the safety conditions, and smaller satellites fill the spare capacity. A dedicated launch on a small rocket gives one customer a tailored orbit and schedule at a higher price. A transfer vehicle is the middle option: it rides the shared rocket and then moves satellites to their own orbits.
Does a company need a licence to put a satellite in orbit?
Yes, and usually more than one. NASA’s guidance for small-spacecraft developers says the owner or operator must obtain the appropriate licences, which may cover radio frequencies, remote sensing and laser use, and that launch providers ask for proof before integration. In the United States the launch is authorised by the FAA, which normally reviews the payload as part of that process. Rules differ by country, so consult the national regulator early.
What is the five-year deorbit rule for satellites?
It is a requirement of the US Federal Communications Commission for satellites that end their mission in, or pass through, low Earth orbit below 2,000 km and rely on uncontrolled re-entry: disposal must be completed as soon as practicable and no later than five years after the mission ends. It replaced a 25-year benchmark and applies to satellites launched after 29 September 2024, including foreign-licensed satellites that seek access to the US market.
Is it cheaper to buy satellite data than to own a satellite?
Usually, yes. Owning a satellite means paying for design, launch, licences, operations and disposal, and a single satellite observes a given place only occasionally. Buying data or connectivity spreads those costs across many customers. Ownership makes sense only when no supplier offers the measurement you need and the need will last for years.