ds

.radio

Generic top-level domain

RDAP + WHOISsold by 1 registrarNews & Publishing

Register
$377.99first year
Renew
$407.99a year
Transfer
$377.99to move it
Registrars
1quoting it
Lookup
RDAP + WHOISanswers for it
DNSSEC
Signed2 DS records in the root
Level
Secondmybrand.radio

Check a name

One command, straight against the registry — no account, no page to load.

Fills the command and the registrar links below in with your own name. The page is static — nothing is looked up here, and nothing you type leaves the browser.

ds mybrand --tld radio

Add --where for the registrars and the registry's rules, --registry for the server that answered, or --all-info for everything at once.

What it costs

Every published quote in the bundled table, cheapest registration first. The figure ds prints beside .radio is the mean of the registration column — $377.99, which undercuts 4% of the 881 priced TLDs.

RegistrarRegisterRenewTransfer
101domain.com$377.99$407.99$377.99
Mean — what ds prints$377.99$407.99$377.99

List prices in US dollars, bundled with the binary and last regenerated 2026-09-09. Promotions, ICANN fees, taxes and premium names all move the real number, and a registry may decline to sell you the name at all. See Prices.

Where to register

One registrar in the bundled table publishes a registration price for .radio, which is evidence it sells it — nobody prices what they cannot sell. Cheapest first, exactly as ds mybrand --tld radio --where prints them.

Put a name in the box above and each link becomes that registrar's search for mybrand.radio, where it publishes one. This list is what the price table knows, not the whole market — see Where to register.

Who can register

No eligibility rule is on file for .radio, which is not the same as a promise that it is open: the list is hand-maintained and covers the restricted TLDs a registrar is likely to offer you. Check the registry's own page before counting on a name. 81 TLDs do carry a rule — see Who can register.

How ds answers for it

RDAP first, WHOIS second — the same order for every TLD. .radio has both, so RDAP answers and WHOIS is the fallback if it does not.

RDAP
https://rdap.nic.radioFrom IANA's bootstrap, refreshed when this page was built. The lookup is https://rdap.nic.radio/domain/mybrand.radio — a 404 means the name is free.
WHOIS
whois.nic.radioQueried on port 43, from the bundled whois.json. The name is called free when the reply contains the queried object does not exist — text matching, which is why RDAP is preferred where it exists.

ds mybrand --tld radio --registry prints whichever of these answered. If a bundled WHOIS host has gone stale, IANA is asked who serves .radio today. See Accuracy notes.

The registry

From IANA's delegation record for .radio. .radio is a generic TLD.

Run by
Digity, LLCBased in United States of America. Delegated 2016-09-22, record last updated 2026-07-27.
Registry site
www.nic.radioWhere the registry documents .radio — its rules, its accredited registrars, and any launch phases. Not a shop: registries sell wholesale to registrars, not to you.
Published services
rdap.nic.radio · whois.nic.radioWhat the registry itself tells IANA it runs. They agree with what ds asks.
Name servers
a.nic.radiob.nic.radioc.nic.radiod.nic.radioThe 4 authoritative servers for the .radio zone — what the root delegates to. Nothing ds queries directly; they are what makes a registered name resolve.

What it is

Derived from the root zone and ICANN's registry list — each one is a fact with a source.

  • generic IANA Root Zone Database types it "generic"
  • new-gtld ICANN delegated it on or after 2013-10-23, when the 2013 round opened — see delegated

What it is for

Our reading, not a fact — nothing in the root zone says what a TLD means. Hand-maintained in tld-categories.json.

  • News & Publishing Reporting, broadcasting, writing, and books.

In the root zone

The delegation itself, read out of the root zone — serial 2026090900, on 2026-09-09. The registry section above is IANA's record of what .radio was delegated to; this is what the root actually answers with when a resolver asks it where .radio lives.

Delegated to
  • a.nic.radio194.169.218.212001:67c:13cc::1:21
  • b.nic.radio185.24.64.212a04:2b00:13cc::1:21
  • c.nic.radio212.18.248.212a04:2b00:13ee::21
  • d.nic.radio212.18.249.212a04:2b00:13ff::21
The 4 name servers the root hands out for .radio, with the glue addresses that come with them — every one of them answers over IPv6. None of this is what ds queries: these servers know which names exist, not who registered them.
DNSSEC
Signed — 2 DS records in the root
  • key 8022RSA/SHA-512 · SHA-2560803CB1E944B9A6416D0E2F7A071D03A87754B0804F8833F63D250DD080A5590
  • key 62727RSA/SHA-512 · SHA-2563863E4A0C36A262785C1703B5CFF54CDBD56CD40BB414B45599848CE972E26B9
Each one is a fingerprint of .radio's own signing key, published by the root and signed with the root's key — which is how a resolver that trusts only one key can prove an answer under .radio came from its registry and was not tampered with in transit. It says nothing about who owns a name or whether one is free.

Ask the root yourself — no registry involved, and the same records this section was built from: dig +norec @a.root-servers.net radio. NS and dig +norec @a.root-servers.net radio. DS.

Priced near it