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Hyperbrowser pricing
200 browser hours a month cost $30.00 on Hyperbrowser's Startup plan, with room to grow to 297 browser hours on the same plan.
Checked Oct 12, 2026 on Hyperbrowser's own pricing page
- Startup
Your workloadType an exact volume or copy a link to this jobEdit
published session-time meter only
Fixed for this page; volume is the control.Every available option was priced in advance from published vendor rules. Changing a control only switches between those checked options; nothing is sent anywhere and no account is needed.
The Hyperbrowser plans from 20 to 2K
| Plan | Covers | Billed monthly | Billed yearly, per month | Included | Concurrent |
|---|---|---|---|---|---|
| Startup fits your volume | 20 to 2K browser hours | $30.00 | not offered | 30,000 credits | 25 |
All 2 Hyperbrowser plans, with what each charges past its allowance, are further down.
Credits can also be bought through a direct purchase at 1 credit = $0.001 and expire after 12 months. 200 browser hours consume $20 of credits; a minimum direct-purchase amount is not published, so the table uses the $30 Startup subscription.
Your job
What Hyperbrowser bills you for
What you pay
Every Hyperbrowser plan
| Plan | Billed monthly | Billed yearly, per month | Included | Past the allowance | Concurrent requests |
|---|---|---|---|---|---|
| Startup fits your volume | $30.00 | not offered | 30,000 credits | $1.00 per 1,000 credits | 25 |
| Scale | $100.00 | not offered | 100,000 credits | $1.00 per 1,000 credits | 100 |
Hyperbrowser is also sold as one of the web scraping APIs (100,000 JavaScript-rendered pages a month: $105.26 on Startup), one of the web search APIs (100,000 standard searches a month: $500.00 on Startup) and one of the AI extraction APIs (100,000 AI extraction operations a month: no public price).
About this price and its sources
How Hyperbrowser credits cover browsers, fetch, search, extraction, and proxies, what is not public, and who fits.
Cite this price
200 browser hours a month cost $30.00 on Hyperbrowser's Startup plan, with room to grow to 297 browser hours on the same plan. Price read from https://www.hyperbrowser.ai/pricing on Oct 12, 2026. Scraping API Prices, https://scrapingapiprices.com/hyperbrowser-pricing
How the bill builds up
- Base rate100 creditsper browser hour
- × JavaScript renderingNot requiredNot part of this workload
- × Premium proxyNot required
- ÷ Success rate1Failure billing is not published; this is an assumption
- = Billed units per browser hour101 creditsFrom this bill’s calculation
- = per browser hour$0.15Startup, billed monthly
Credits and multipliers
JavaScript rendering
Billed failures
Success rate
Concurrency
Free tier
Renews monthly The bill at your volume
200 browser hours · $30.00
Read the chart as a table
| Volume | Bill | Offer |
|---|---|---|
| 20 | $30.00 | Startup |
| 50 | $30.00 | Startup |
| 100 | $30.00 | Startup |
| 200 | $30.00 | Startup |
| 500 | $50.50 | Startup |
| 1,000 | $101.00 | Startup |
| 2,000 | $202.00 | Startup |
Follow each billed unit
-
Successes you want
200 browser hours
Your stated workload. Every vendor on this site is priced against this same number.
- ÷ 1
Attempts you are billed for
200 browser hours
Failure billing is not published. This workload assumes no failures, so the missing rule does not change the bill.
- × 101
What the meter counts
20,200 credits
One attempt is not one billed unit here: this workload multiplies by 101 before any money is involved.
- =
Cash per month
$30.00 /mo
Startup: the cheapest way to buy this volume, not just the first plan big enough.
Bars share one linear scale across the 3 counted stages, so a multiplier shows as length. Units differ by stage and are labelled. Cash is not on that scale.
200 browser hours → 20,200 credits → Startup $30.00/mo = $0.15 per browser hour
The arithmetic, line by line
- browser hours: 100 credits per browser hour source
- plus the page fetch it extracts from: 1 credit per request source
- consumes 20,200 credits per month
- cheapest way to buy that: Startup, 30,000 included = $30.00 per month source
- 9,800 of the included allowance goes unused, 33% of what you buy
What makes it cost more
One page is not always one billed unit. These are Hyperbrowser's published charges for each kind of work.
| Work | Costs | Per | Source |
|---|---|---|---|
| Browser session time | 100 credits | browser hour | source |
| A standard page | 1 credit | request | source |
| JavaScript rendering | 1 credit | request | source |
| A search | 5 credits | search | source |
Cheaper for this job
Same 200 metered browser-session hours a month, excluding separate proxy and model charges, ranked by what you would actually be billed. APIs without a full public price aren't ranked.
What Hyperbrowser does not publish
- Whether failed browser sessions or failed Fetch pages consume credits (Hyperbrowser billing documentation, Jul 26, 2026).
- Whether CAPTCHA solving has a separate usage meter or is absorbed into another meter. Sources reviewed: Hyperbrowser pricing and billing documentation, checked Jul 26, 2026.
- A single output conversion from credits to completed pages when browser time, proxy data, and extraction are combined (Hyperbrowser billing documentation, Jul 26, 2026).
- A public annual self-serve plan rate on the reviewed plan page (Hyperbrowser pricing, Jul 26, 2026).
What Hyperbrowser is
Hyperbrowser combines hosted browser sessions with Fetch, structured extraction, and Search APIs. It is intended for developers building browser agents or web data workflows who want both browser infrastructure and higher-level endpoints from one provider. Browserbase, Firecrawl, and Browserless are the nearest named comparisons. Hyperbrowser’s commercial distinction is a common credit balance with a published fixed credit value, used across browser time, proxy bandwidth, received pages, JSON extraction, and search queries. Sources: Hyperbrowser, Hyperbrowser pricing, Hyperbrowser billing documentation, Browserbase pricing, Firecrawl pricing, and Browserless pricing, checked Jul 26, 2026.
How billing works
One credit is the shared accounting unit. Browser sessions consume credits according to elapsed time, measured at fine granularity, while built-in residential proxy use consumes credits according to transferred bandwidth. A basic Fetch page has a base credit cost, and proxy use or JSON output can add credits to it. Search has a per-query meter, with location-aware search consuming more. Structured JSON extraction can introduce token-based usage. The common buying mistake is to assume that equal credit counts represent equal outputs. A credit can represent part of a browser session, part of a proxied transfer, a page operation, or token processing, so workload composition controls the result. Source: Hyperbrowser billing documentation, checked Jul 26, 2026.
Who it suits
Hyperbrowser suits engineering teams that want both managed browsers and lightweight Fetch, Search, or extraction endpoints, and that can allocate credits by feature in their telemetry. It is less suitable for a buyer who needs success-only treatment across every endpoint, or who wants one predictable page unit for browser-backed extraction with residential traffic. The reason is the additive model: browser time and proxy bandwidth remain independent, and Fetch modifiers or extraction tokens can change the credit total. Sources: Hyperbrowser pricing and Hyperbrowser billing documentation, checked Jul 26, 2026.
Hyperbrowser head to head
Both bills for the same job, and the volume where the cheaper one changes.