How to Buy Satellite Imagery in 2026: Prices and Process

Summary

• Buying satellite imagery comes down to four decisions: the area of interest, archive or new tasking, the resolution tier, and the channel you buy through
• Commercial prices run from about $2/km² for 1.5 m archive to $55+/km² for 30 cm tasking. The most commonly bought tier, 50 cm archive, is typically $8-18/km²
• Processing is the classic hidden cost. Orthorectification, pansharpening and atmospheric correction add 30-80% at providers that bill them separately
• Minimum order areas (commonly 25 km² for archive, 50-100 km² for tasking) often matter more than the per-km² rate on small sites
• SAR imagery is bought through the same channels as optical; tasking matters more there because cloud cover never blocks a capture

To buy satellite imagery, you define an area of interest, choose between archive imagery and tasking a new capture, pick a resolution tier, and order through a satellite operator, a reseller, or an online platform. Budget $2-55+ USD per km² depending on resolution and freshness, and confirm whether processing is included before you compare quotes.

The rest of this guide walks through each decision, with the prices, minimums and licensing terms you should expect in 2026.

Step 1: Work Out What You Actually Need

Three specifications drive everything else: what you need to see, how often, and in which bands.

Spatial resolution. At 30 cm (WorldView-3 territory) you can count vehicles and trace fence lines. At 50 cm (Perascope, SuperView) you can map buildings, roads and site layouts with confidence. At 1-2 m you are monitoring paddocks, pits and coastlines rather than individual assets. And for regional vegetation or land-use work, free Sentinel-2 at 10 m may already cover you at no cost.

Temporal needs. A single capture, a seasonal series, or standing revisit? Monitoring programmes are priced and planned differently from one-off orders. Season matters too: vegetation analysis wants growing-season captures, while infrastructure audits often prefer leaf-off conditions for ground visibility.

Spectral bands. RGB is enough for visual interpretation. Vegetation health needs near-infrared or red edge bands. Mineral mapping wants shortwave infrared or hyperspectral. If your deliverable includes NDVI or any vegetation index, an RGB-only product cannot produce it.

Then draw your area of interest as a polygon, not a place name. Commercial imagery is priced per km² of that polygon, so a tight boundary is money saved.

Archive or Tasking?

This is the biggest fork in the process, and it is mostly a question of whether the imagery you need already exists.

Archive imagery has already been captured. You search a catalogue, check the capture date and cloud cover of actual scenes, and buy exactly what you can see. It is the cheaper path: across the tiers in our cost guide, archive typically costs 40-60% less than tasking the same resolution. It is also the faster and lower-risk path, because there is no weather to wait on and no uncertainty about what you will receive.

Tasking is a new capture to your specification. You define the area, the capture window, and sometimes the look angle, and a satellite is scheduled to collect it. You pay more for that control, and optical tasking carries weather risk: a cloudy window can push delivery out. Our guide to satellite tasking covers the mechanics in detail.

The rule of thumb: always check the archive first. High-resolution satellites have been imaging continuously for years, and many of the “we need new imagery” requests we see are satisfied by a capture from the last few months at half the price.

Where to Buy: Operators, Resellers and Platforms

Directly from satellite operators. Buying from the organisation that flies the satellite gives you access to their full archive and tasking calendar. It suits programmes with steady, high volume in one constellation. Expect framework negotiations, minimum commitments, and a separate agreement per operator.

Through a reseller. One agreement covers catalogues from many operators, which matters more than it sounds: no single constellation is best at every resolution, revisit rate and price point. A multi-vendor seat means you get the right sensor for each job rather than the sensor one operator needs to sell.

Through an online platform. The newest channel. You browse available coverage over your area, see the price, and order without a sales cycle. Pera Portal is ours: archive search and tasking across suppliers including WorldView at 30 cm, Beijing-3, Perascope, SuperView and Wyvern’s hyperspectral sensors, with the per-km² price shown on the result before you commit to anything.

We sell through the reseller and platform channels, so weigh our view accordingly. What we would tell any buyer regardless: get the all-in price from every channel you compare, because the differences between quotes are usually in the processing and licensing lines, not the headline rate.

What Satellite Imagery Costs in 2026

Typical commercial rates in USD per km², consistent with the fuller breakdown in our cost guide:

Four line items decide what you actually pay:

1. Processing fees. Orthorectification, pansharpening and atmospheric correction add 30-80% at providers that bill them separately. A $15/km² quote can become $20-27/km² once the imagery is actually usable.
2. Minimum order areas. Commonly 25 km² for archive and 50-100 km² for tasking. If your site is 5 km², a 25 km² minimum means paying five times the area you need.
3. Licensing. A single-user licence is the default quote. Multi-user or organisation-wide licensing typically adds around 30%.
4. Priority fees. Rush tasking and tight capture windows carry premiums.

Our own rate card is published on the pricing page: archive from AUD $3/km², tasking from AUD $14/km², with the full processing chain included in the rate. We publish it precisely so you can do this comparison before talking to anyone.

Buying SAR Imagery

Synthetic aperture radar is bought through the same channels as optical, with three differences worth knowing before you request a quote.

First, tasking is more dependable: SAR images through cloud and at night, so a capture window is a schedule, not a hope. That makes SAR the default for monitoring programmes in persistently cloudy regions. Second, you specify an imaging mode rather than just a resolution: spotlight modes trade footprint for fine detail, strip modes cover more ground at moderate resolution, and the mode drives the price more than in optical procurement. Third, the product needs more interpretation expertise than an optical image; our guide to SAR imagery covers what the data does and doesn’t show.

The buying advice is unchanged: compare all-in quotes, and be explicit about the mode and polarisation you need.

What “Analysis-Ready” Actually Means

A raw satellite capture is not ready to measure from. Between the downlink and your GIS sit five processing steps: orthorectification (correcting geometry against terrain so positions are true), pansharpening (merging the sharp panchromatic band with the colour bands), atmospheric correction (converting to surface reflectance so scenes are comparable), colour balancing, and mosaicking (joining scenes without visible seams).

Providers handle this differently. Some deliver raw files and leave the processing to you. Some bill each step as a line item, which is where the 30-80% surcharge comes from. Some include the chain in the base rate. At Geopera every order runs the full chain at no extra cost, which is why we process every order: the per-km² rate on the rate card is the entire price of a finished, analysis-ready product.

Whichever provider you choose, ask which processing level the quote covers. “Imagery” can mean anything from raw radiance to a finished mosaic, and the difference is real money and real accuracy.

The Buying Process, Step by Step

1. Check the archive over your polygon. Coverage, capture dates, cloud cover. This step is free on platforms with open catalogues and tells you immediately whether tasking is even needed.
2. Get all-in quotes. Base rate, processing, licensing, minimums, delivery. Compare the totals rather than the headline rates.
3. Check the licence. Who in your organisation may use the imagery, whether it can appear in public deliverables, and whether derived products (maps, analysis outputs) are unrestricted. Regulators and clients usually need derived-product rights, which most licences grant.
4. Place the order with explicit thresholds. For tasking, set the capture window and a cloud-cover ceiling (under 10% is a common specification) so an unusable capture is not deliverable.
5. Receive and verify. Delivery is typically GeoTIFF into your GIS or cloud storage. Archive orders at Geopera are often delivered the same day; tasking delivers once the capture window and weather allow. Check the imagery against your AOI boundary and the stated processing level before signing off.

Mistakes That Cost Buyers Money

Comparing headline rates instead of all-in prices. The cheapest base rate with separately billed processing regularly totals more than a higher rate with processing included.

Ignoring minimum order areas on small sites. For a 5 km² site, the provider’s minimum matters more than its per-km² price.

Over-buying resolution. Paying 30 cm prices for field-scale vegetation monitoring that free 10 m Sentinel-2 data serves is the most common overspend we see.

Treating basemap screenshots as measurement products. Web-map imagery is a mosaic of unknown dates without survey-grade positioning. If the output faces a regulator, buy imagery with a capture date and proper orthorectification; our Google Earth vs commercial imagery comparison covers where the line sits.

Ordering tasking without thresholds. No cloud ceiling in the order means a 60%-cloud capture can count as delivered.

Our rate card is on the pricing page, and the archive is browsable in Pera Portal with prices on the results. If you would rather test the product than read about it, you can apply for a processed sample over your own AOI, or tell us what you’re weighing up and we’ll answer plainly, including when free data is the right call.

Frequently Asked Questions

Where can I buy satellite imagery?

From three channels: satellite operators directly (suits high-volume programmes on one constellation), resellers that aggregate multiple operators under one agreement, or online platforms where you browse coverage and order with the price shown upfront. For most buyers the practical question is which channel gives an all-in price fastest.

Can anyone buy satellite imagery?

Yes. Commercial satellite imagery is sold to businesses, governments and individuals; there is no special accreditation to purchase. Licensing terms govern how you may use and share it, and captures over a small number of regions are occasionally restricted, but ordinary commercial purchases involve neither issue.

How much does it cost to buy satellite imagery?

From about $2/km² for 1-2 m archive imagery to $55+/km² for 30 cm tasking, in USD. The most commonly purchased tier, 50 cm archive, typically runs $8-18/km². Processing adds 30-80% where billed separately. Our cost guide breaks down every tier with worked examples.

Can I buy satellite imagery of any location?

Nearly. Archive coverage varies by location, with populated and economically active areas imaged most often, and tasking can capture almost anywhere on Earth on request. Captures over certain regions are occasionally restricted for regulatory or security reasons; a provider will flag this at quote stage.

How quickly is satellite imagery delivered?

Archive orders are the fast path: at Geopera they are often delivered the same day, fully processed. Tasking depends on the capture window, satellite schedules and, for optical sensors, weather; delivery follows once a valid capture is made. Ask for the expected window with the quote.

Can I buy historical satellite imagery?

Yes. Commercial high-resolution archives reach back to the 2000s, and the free Landsat record extends to 1972 at 30 m resolution. Historical archive imagery is bought the same way as recent archive. Our guide to historical satellite images covers the sources and their limits.