Models / Hojo AI/ Hojo ASR V1

Hojo ASR V1

Hojo AI · released May 24, 2026 · HojoAI/Hojo-ASR-V1

Speech to textTranscribes a recording into words

Input: audio. Output: text.InputOutput
Type
Open weightsApache License 2.0
Languages
2
Size
5.2B

Context measured in tokens

Our take

Written Sep 17, 2026

Hojo ASR V1 is a speech-to-text model you can download and run yourself, and it is among the most accurate we list on podcast and video audio. It is fast enough to clear a backlog, but every accuracy figure we hold is English only.

Who should pick it

Reach for it for podcasts, video or everyday internet audio, run on your own machine under a licence that allows commercial use, changes and redistribution. It also suits a long backlog, since an hour of audio takes about 50 seconds on the leaderboard's own hardware. Skip it if you need speaker labelling, timestamps or streaming, or accurate transcription in a language other than English.

The case for it

  • Among the most accurate we list on podcast and video audio: 6.1% of words wrong, which is the best any model achieves on that condition, against a field middle of 8.3%.
  • Strong on the hard cases too, at 7% of words wrong on accented speech and 7.5% on meeting recordings, both better than most models on those conditions.
  • Fast enough to work through a backlog: 72.5 times real time, so an hour of audio in about 50 seconds on the leaderboard's own hardware.
  • The licence allows commercial use, changes and redistribution (Apache License 2.0).

The case against it

  • Every accuracy figure we hold is English only, so non-English work needs a trial on your own recordings.
  • Word error rate counts words recognised, not who said them: speaker labelling, timestamps and streaming are not measured here.
  • We list no host for it, so running it yourself is the only route we can point you to.
00

How good is it?

An open speech-to-text model for turning recordings of meetings, podcasts and everyday speech into written text.

Good at
  • turning spoken English into written textOpen ASR WER · 11th of 76
  • transcribing recordings of meetings in a roomRecorded meetings · 15th of 92
  • transcribing podcasts and video audioPodcasts and video · 1st of 92

TranscriptionTurning speech into text4 of 5Open ASR WER · 11th of 76

Words it gets right

95.7%

Misses roughly one word in 23, averaged over nine English test sets.

How fast it listens

72.5×72nd of 74

an hour of audio in 50 seconds, on the board's own hardware. Your machine will differ.

Languages

2

Listed on the model card. The accuracy above is English only.

Where it struggles
Read aloudaudiobooks, clean recording1.3%36th of 92
Podcasts and videoeveryday internet audio6.1%1st of 92
Accented speechspeakers from many countries7%27th of 76
Meetingsa room, several people, far microphone7.5%15th of 92

Percentage of words wrong on each set, lower better. Bars are scaled to this model's own worst case; the placing beneath each rate is against every model measured on that set.

Which languages ↓

Chinese · English

The figures above come from the Open ASR Leaderboard, an independent public test that runs every model on the same recordings. It is the only measurement of transcription quality we know of, so there are no other scores to show.

Other boards it appears on
Podcasts and video 1st of 92Financial calls 9th of 92Recorded meetings 15th of 92European-accented speech 27th of 92Clean read speech 36th of 92Harder read speech 46th of 92Accented speech 27th of 76

Each of these is the same transcription job on a different kind of recording, so together they say where it holds up and where it slips — not how closely it follows an instruction.

Every published score for this model9 scoresEvery figure we hold, from 9 boards, with who ran it and a link to the source — including the boards no rating above is built on.
72.51source ↗
4.33source ↗
6.97source ↗
1.74source ↗
7.54source ↗
3.11source ↗
6.14source ↗
1.3source ↗
3.24source ↗
01

Can you run it yourself?

Comfortable fit

A card many people ownFits in memory

GeForce RTX 4090 · 24 GB

Weights at 3.3 / 24 GBest
Spare memory18.1 GB spare
Usable context262Kwhat the spare memory holds; no published limit on record

Room to spare. 18.1 GB spare means a 10% error in the size would not change the answer.

One step upFits in memory

GeForce RTX 5090 · 32 GB

Weights at 3.3 / 32 GBest
Spare memory26.1 GB spare
Usable context262Kwhat the spare memory holds; no published limit on record

Room to spare. 26.1 GB spare means a 10% error in the size would not change the answer.

On a MacFits in memory

Apple M2 (8-core GPU, 8GB unified) · 8 GB

Weights at 3.3 / 8 GBest
Spare memory1.3 GB spare
Usable context33Kwhat the spare memory holds; no published limit on record

Room to spare. 1.3 GB spare means a 10% error in the size would not change the answer.

These cards answer whether Hojo ASR V1 loads, not how fast it transcribes. Throughput figures for a transcription model come from its text decoder, so treat this as a fit answer rather than a speed one.

Your hardware
Checking your profile…

Memory use by level

Against a 24 GB card.

What is quantisation? →
3.3 GBest
Fits in memory
3.8 GBest
Fits in memory
5.7 GBest
Fits in memory
This model on every device we track71 devicesThe Q4 build most people download, on each device: what the weights come to, how much context the memory leaves, and whether it runs. Smallest device that runs it first. This is a fit answer: whether it loads, not how fast it transcribes.
GeForce GTX 1660 SUPER6 GB3.3 GBest16KFits in memory
Android phone · 12 GB · 2023 or newer6 GB3.3 GBest33KFits in memory
iPhone 17 Pro6.6 GB3.3 GBest33KFits in memory
GeForce RTX 3060 8GB8 GB3.3 GBest66KFits in memory
GeForce RTX 4060 8GB8 GB3.3 GBest66KFits in memory
Radeon RX 66008 GB3.3 GBest66KFits in memory
Android phone · 16 GB · 2024 or newer8 GB3.3 GBest66KFits in memory
Apple M2 (8-core GPU, 8GB unified)8 GB3.3 GBest33KFits in memory
Apple M1 (8-core GPU, 8GB unified)8 GB3.3 GBest33KFits in memory
GeForce RTX 3080 10GB10 GB3.3 GBest66KFits in memory
Arc B57010 GB3.3 GBest66KFits in memory
GeForce RTX 4070 SUPER12 GB3.3 GBest131KFits in memory
GeForce RTX 507012 GB3.3 GBest131KFits in memory
Arc B58012 GB3.3 GBest131KFits in memory
GeForce RTX 3060 12GB12 GB3.3 GBest131KFits in memory
GeForce RTX 4070 Ti SUPER16 GB3.3 GBest131KFits in memory
GeForce RTX 4080 SUPER16 GB3.3 GBest131KFits in memory
GeForce RTX 5070 Ti16 GB3.3 GBest131KFits in memory
GeForce RTX 508016 GB3.3 GBest131KFits in memory
Radeon RX 907016 GB3.3 GBest131KFits in memory
Radeon RX 9070 XT16 GB3.3 GBest131KFits in memory
GeForce RTX 5060 Ti 16GB16 GB3.3 GBest131KFits in memory
GeForce RTX 4060 Ti 16GB16 GB3.3 GBest131KFits in memory
Apple M1 (8-core GPU)16 GB3.3 GBest131KFits in memory
Radeon RX 7900 XT20 GB3.3 GBest262KFits in memory
GeForce RTX 309024 GB3.3 GBest262KFits in memory
GeForce RTX 3090 Ti24 GB3.3 GBest262KFits in memory
GeForce RTX 409024 GB3.3 GBest262KFits in memory
Radeon RX 7900 XTX24 GB3.3 GBest262KFits in memory
Apple M2 (10-core GPU)24 GB3.3 GBest262KFits in memory
Apple M3 (10-core GPU)24 GB3.3 GBest262KFits in memory
GeForce RTX 509032 GB3.3 GBest262KFits in memory
Apple M1 Pro (16-core GPU)32 GB3.3 GBest262KFits in memory
Apple M2 Pro (19-core GPU)32 GB3.3 GBest262KFits in memory
Apple M5 (10-core GPU)32 GB3.3 GBest262KFits in memory
Apple M4 (10-core GPU)32 GB3.3 GBest262KFits in memory
Apple M3 Pro (18-core GPU)36 GB3.3 GBest262KFits in memory
L40S48 GB3.3 GBest262KFits in memory
RTX 6000 Ada48 GB3.3 GBest262KFits in memory
Apple M5 Max (32-core GPU)64 GB3.3 GBest262KFits in memory
Apple M4 Max (32-core GPU)64 GB3.3 GBest262KFits in memory
Apple M1 Max (32-core GPU)64 GB3.3 GBest262KFits in memory
Apple M5 Pro (20-core GPU)64 GB3.3 GBest262KFits in memory
Apple M4 Pro (20-core GPU)64 GB3.3 GBest262KFits in memory
A100 80GB SXM80 GB3.3 GBest262KFits in memory
H100 80GB SXM80 GB3.3 GBest262KFits in memory
RTX PRO 6000 Blackwell96 GB3.3 GBest262KFits in memory
Apple M2 Max (38-core GPU)96 GB3.3 GBest262KFits in memory
Apple M1 Ultra (64-core GPU)128 GB3.3 GBest262KFits in memory
Apple M4 Max (40-core GPU)128 GB3.3 GBest262KFits in memory
Apple M5 Max (40-core GPU)128 GB3.3 GBest262KFits in memory
Apple M3 Max (40-core GPU)128 GB3.3 GBest262KFits in memory
NVIDIA DGX Spark (GB10)128 GB3.3 GBest262KFits in memory
Ryzen AI Max+ 395 (Radeon 8060S)128 GB3.3 GBest262KFits in memory
H200 141GB SXM141 GB3.3 GBest262KFits in memory
Apple M2 Ultra (76-core GPU)192 GB3.3 GBest262KFits in memory
B200 (SXM 192GB)192 GB3.3 GBest262KFits in memory
Instinct MI300X192 GB3.3 GBest262KFits in memory
Apple M3 Ultra (80-core GPU)512 GB3.3 GBest262KFits in memory
iPhone 15 Pro4.4 GB3.3 GBestnot calculatedToo largeest
iPhone 164.4 GB3.3 GBestnot calculatedToo largeest
iPhone 16 Pro4.4 GB3.3 GBestnot calculatedToo largeest
iPhone 174.4 GB3.3 GBestnot calculatedToo largeest
Android phone · 8 GB · 2020–20224 GB3.3 GBestnot calculatedToo large
Android phone · 8 GB · 2023 or newer4 GB3.3 GBestnot calculatedToo large
iPhone 143.3 GB3.3 GBestnot calculatedToo large
iPhone 153.3 GB3.3 GBestnot calculatedToo large
Android phone · 6 GB3 GB3.3 GBestnot calculatedToo large
iPhone 132.2 GB3.3 GBestnot calculatedToo large
iPhone SE (3rd gen)2.2 GB3.3 GBestnot calculatedToo large
Android phone · 4 GB2 GB3.3 GBestnot calculatedToo large

Check against your own machine →

02

When we formed this view

Recent changes

Sep 11, 2026BenchmarkScored 72.51 on Open ASR RTFx
What movedleaderboard
Sep 11, 2026BenchmarkScored 4.33 on Open ASR WER
What movedleaderboard
Sep 11, 2026BenchmarkScored 6.97 on Accented speech
What movedleaderboard
Sep 11, 2026BenchmarkScored 7.54 on Recorded meetings
What movedleaderboard
Aug 2, 2026BenchmarkScored 1.74 on Financial calls
What movedleaderboard
Aug 2, 2026BenchmarkScored 3.11 on European-accented speech
What movedleaderboard
Aug 2, 2026BenchmarkScored 6.14 on Podcasts and video
What movedleaderboard
Aug 2, 2026BenchmarkScored 1.3 on Clean read speech
What movedleaderboard
Aug 2, 2026BenchmarkScored 3.24 on Harder read speech
What movedleaderboard
Aug 1, 2026ListedListed on LLMap
What movedfirst indexed by our pipeline

Each date is the day we first saw the change, or the day the maker announced it.

What we do not know about this model yet

  • We hold no measured file for it, so all 3 sizes on this page are calculated from the parameter count.
  • Nothing we hold says whether an endpoint streams, so we do not show it either way.
03

Licence and identifiers

What the licence allowsApache License 2.0, what it allows commercially, and the identifiers you need to pull this model — its Hugging Face repo, our slug and a machine-readable card.

Licence

Apache License 2.0

Open, few conditionsCommercial use allowed

Fully permissive: commercial use, redistribution, and derivatives allowed. Requires attribution and a copy of the license. Includes an express patent grant.

Identifiers

Hugging Face
HojoAI/Hojo-ASR-V1
Takes in, gives back
Audio in, text out
Catalogue slug
hojoai-hojo-asr-v1

Machine-readable model card (omc.json) →

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