Jack Johnson Career Set/Jack Johnson career (5 fights) [Boxing]
![Jack Johnson Career Set/Jack Johnson career (5 fights) [Boxing]](/static/img/no-torrent-image.png "Jack Johnson Career Set/Jack Johnson career (5 fights) [Boxing]")
Torrent Contents Size: 2.5 GB
| 1908-12-26 Jack Johnson vs Tommy Burns (Rounds 1-5, 8, 11 & 14).avi |
AVI
|
218.91 MB
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| 1909-10-16 Jack Johnson vs Stanley Ketchel (Rounds 1-2, 8, 9 & 12).avi |
AVI
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205.49 MB
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| 1910-07-04 Jack Johnson vs Jim Jeffries (Rounds 1, 4, 13 & 15).avi |
AVI
|
254.98 MB
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| 1912-07-04 Jack Johnson vs Jim Flynn (Rounds 1, 2, 4 & 9).avi |
AVI
|
169.81 MB
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| 1914-06-27 Jack Johnson vs Frank Moran II (Rounds 1, 5, 10, 11, 13, 14, 19, 20 & Unknown Round).avi |
AVI
|
323.03 MB
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Unforgivable Blackness
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Description
Related Torrents
| TORRENT NAME | SIZE | FILES | AGE | SEED | LEECH | SOURCE |
|---|---|---|---|---|---|---|
|
Unforgivable.Blackness.The.Rise.and.Fall.of.Jack.Johnson.S01E02.1080p.WEBRip.AAC.2.0.x265-WoKE [CheerfulTomato]IMDb
Posted in TV
- Episodes HD
|
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Unforgivable.Blackness.The.Rise.and.Fall.of.Jack.Johnson.S01E01.1080p.WEBRip.AAC.2.0.x265-WoKE [CheerfulTomato]IMDb
Posted in TV
- Episodes HD
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Posted in TV
- Episodes SD
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Posted in TV
- Episodes SD
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Posted in TV
- Episodes SD
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Location
Trackers
| Tracker name |
|---|
| http://bt3.t-ru.org/ann?magnet |
| http://bt2.t-ru.org/ann |
| http://bt3.t-ru.org/ann |
| http://bt4.t-ru.org/ann |
| udp://tracker.opentrackr.org:1337 |
| udp://open.stealth.si:80/announce |
| udp://tracker.torrent.eu.org:451/announce |
| udp://exodus.desync.com:6969 |
| udp://open.demonii.com:1337/announce |
| udp://tracker.coppersurfer.tk:6969 |
| udp://p4p.arenabg.com:1337 |
| udp://tracker.internetwarriors.net:1337 |
Torrent hash:
Media Information
ⓘ Description
Jul 23, 2026
General
Format:
AVI
File Size:
219 MB
Overall Bit Rate:
2.8 MbpsOverall Bit RateTotal data per second for the entire file — video, audio, and subtitles combined.
Video Streams
Video Stream 1
MPEG-4
SD
Resolution:
416 x 320 (480p/SD)
Codec:
MPEG-4Video CodecThe compression method used for the video. Newer codecs keep the same quality with smaller files.
MPEG-2→H.264→HEVC→AV1
OlderMore efficient →
Bit Rate:
2.6 MbpsVideo Bit RateThe amount of data used per second for the video. Higher generally means better picture quality, but also a larger file.
Frame Rate:
25 fpsFrame RateHow many images are shown per second to create the illusion of motion.
24 fps — Cinema standard (filmic look)
30 fps — Common for TV shows
60 fps — Smooth motion (sports, gaming)
Aspect Ratio:
4:3Aspect RatioThe shape of the video frame. Wider ratios give a more cinematic look but may show black bars on a standard screen.
16:9
4:3
Black bars on the sides on a 16:9 screen
4:3
16:9
1.85:1
2:1
2.39:1
Video Stream 2
MPEG-4
SD
Resolution:
416 x 320 (480p/SD)
Codec:
MPEG-4Video CodecThe compression method used for the video. Newer codecs keep the same quality with smaller files.
MPEG-2→H.264→HEVC→AV1
OlderMore efficient →
Bit Rate:
2.4 MbpsVideo Bit RateThe amount of data used per second for the video. Higher generally means better picture quality, but also a larger file.
Frame Rate:
25 fpsFrame RateHow many images are shown per second to create the illusion of motion.
24 fps — Cinema standard (filmic look)
30 fps — Common for TV shows
60 fps — Smooth motion (sports, gaming)
Aspect Ratio:
4:3Aspect RatioThe shape of the video frame. Wider ratios give a more cinematic look but may show black bars on a standard screen.
16:9
4:3
Black bars on the sides on a 16:9 screen
4:3
16:9
1.85:1
2:1
2.39:1
Video Stream 3
MPEG-4
SD
Resolution:
416 x 320 (480p/SD)
Codec:
MPEG-4Video CodecThe compression method used for the video. Newer codecs keep the same quality with smaller files.
MPEG-2→H.264→HEVC→AV1
OlderMore efficient →
Bit Rate:
2 MbpsVideo Bit RateThe amount of data used per second for the video. Higher generally means better picture quality, but also a larger file.
Frame Rate:
25 fpsFrame RateHow many images are shown per second to create the illusion of motion.
24 fps — Cinema standard (filmic look)
30 fps — Common for TV shows
60 fps — Smooth motion (sports, gaming)
Aspect Ratio:
4:3Aspect RatioThe shape of the video frame. Wider ratios give a more cinematic look but may show black bars on a standard screen.
16:9
4:3
Black bars on the sides on a 16:9 screen
4:3
16:9
1.85:1
2:1
2.39:1
Video Stream 4
MPEG-4
SD
Resolution:
416 x 320 (480p/SD)
Codec:
MPEG-4Video CodecThe compression method used for the video. Newer codecs keep the same quality with smaller files.
MPEG-2→H.264→HEVC→AV1
OlderMore efficient →
Bit Rate:
2 MbpsVideo Bit RateThe amount of data used per second for the video. Higher generally means better picture quality, but also a larger file.
Frame Rate:
25 fpsFrame RateHow many images are shown per second to create the illusion of motion.
24 fps — Cinema standard (filmic look)
30 fps — Common for TV shows
60 fps — Smooth motion (sports, gaming)
Aspect Ratio:
4:3Aspect RatioThe shape of the video frame. Wider ratios give a more cinematic look but may show black bars on a standard screen.
16:9
4:3
Black bars on the sides on a 16:9 screen
4:3
16:9
1.85:1
2:1
2.39:1
Video Stream 5
MPEG-4
SD
Resolution:
496 x 384 (480p/SD)
Codec:
MPEG-4Video CodecThe compression method used for the video. Newer codecs keep the same quality with smaller files.
MPEG-2→H.264→HEVC→AV1
OlderMore efficient →
Bit Rate:
2.2 MbpsVideo Bit RateThe amount of data used per second for the video. Higher generally means better picture quality, but also a larger file.
Frame Rate:
25 fpsFrame RateHow many images are shown per second to create the illusion of motion.
24 fps — Cinema standard (filmic look)
30 fps — Common for TV shows
60 fps — Smooth motion (sports, gaming)
Aspect Ratio:
4:3Aspect RatioThe shape of the video frame. Wider ratios give a more cinematic look but may show black bars on a standard screen.
16:9
4:3
Black bars on the sides on a 16:9 screen
4:3
16:9
1.85:1
2:1
2.39:1
Video Stream 6
MPEG-4
SD
Resolution:
512 x 272 (480p/SD)
Codec:
MPEG-4Video CodecThe compression method used for the video. Newer codecs keep the same quality with smaller files.
MPEG-2→H.264→HEVC→AV1
OlderMore efficient →
Bit Rate:
863 kbpsVideo Bit RateThe amount of data used per second for the video. Higher generally means better picture quality, but also a larger file.
Frame Rate:
29.97 fpsFrame RateHow many images are shown per second to create the illusion of motion.
24 fps — Cinema standard (filmic look)
30 fps — Common for TV shows
60 fps — Smooth motion (sports, gaming)
Aspect Ratio:
1.90:1 IMAX DigitalAspect RatioThe shape of the video frame. Wider ratios give a more cinematic look but may show black bars on a standard screen.
16:9
1.85:1
Black bars top & bottom on a 16:9 screen
4:3
16:9
1.85:1
2:1
2.39:1
Audio Streams
Audio Stream 1
MPEG_1_AUDIO_LAYER_3
2.0
Channels:
StereoAudio ChannelsStereo — left and right channels. The standard for most music and casual viewing.
LR👤
Codec:
MPEG_1_AUDIO_LAYER_3Audio FormatThe compression method for audio. Lossless codecs preserve the original studio quality perfectly.
Lossy (smaller files)MP2MP3AACVorbisOpusDDDD+DTS
Lossless (studio quality)FLACDTS-HD MATrueHDPCM
Sample Rate:
48 kHzSample RateHow many audio snapshots per second. 48 kHz is the video standard — more than enough for the full range of human hearing.
Bit Rate:
173 kbpsAudio Bit RateData per second for the audio. Higher means better quality for lossy codecs. Lossless audio always preserves full quality regardless of bitrate.
Audio Stream 2
MPEG_1_AUDIO_LAYER_3
2.0
Channels:
StereoAudio ChannelsStereo — left and right channels. The standard for most music and casual viewing.
LR👤
Codec:
MPEG_1_AUDIO_LAYER_3Audio FormatThe compression method for audio. Lossless codecs preserve the original studio quality perfectly.
Lossy (smaller files)MP2MP3AACVorbisOpusDDDD+DTS
Lossless (studio quality)FLACDTS-HD MATrueHDPCM
Sample Rate:
48 kHzSample RateHow many audio snapshots per second. 48 kHz is the video standard — more than enough for the full range of human hearing.
Bit Rate:
169 kbpsAudio Bit RateData per second for the audio. Higher means better quality for lossy codecs. Lossless audio always preserves full quality regardless of bitrate.
Audio Stream 3
MPEG_1_AUDIO_LAYER_3
2.0
Channels:
StereoAudio ChannelsStereo — left and right channels. The standard for most music and casual viewing.
LR👤
Codec:
MPEG_1_AUDIO_LAYER_3Audio FormatThe compression method for audio. Lossless codecs preserve the original studio quality perfectly.
Lossy (smaller files)MP2MP3AACVorbisOpusDDDD+DTS
Lossless (studio quality)FLACDTS-HD MATrueHDPCM
Sample Rate:
48 kHzSample RateHow many audio snapshots per second. 48 kHz is the video standard — more than enough for the full range of human hearing.
Bit Rate:
175 kbpsAudio Bit RateData per second for the audio. Higher means better quality for lossy codecs. Lossless audio always preserves full quality regardless of bitrate.
Audio Stream 4
MPEG_1_AUDIO_LAYER_3
2.0
Channels:
StereoAudio ChannelsStereo — left and right channels. The standard for most music and casual viewing.
LR👤
Codec:
MPEG_1_AUDIO_LAYER_3Audio FormatThe compression method for audio. Lossless codecs preserve the original studio quality perfectly.
Lossy (smaller files)MP2MP3AACVorbisOpusDDDD+DTS
Lossless (studio quality)FLACDTS-HD MATrueHDPCM
Sample Rate:
48 kHzSample RateHow many audio snapshots per second. 48 kHz is the video standard — more than enough for the full range of human hearing.
Bit Rate:
164 kbpsAudio Bit RateData per second for the audio. Higher means better quality for lossy codecs. Lossless audio always preserves full quality regardless of bitrate.
Audio Stream 5
MPEG_1_AUDIO_LAYER_3
2.0
Channels:
StereoAudio ChannelsStereo — left and right channels. The standard for most music and casual viewing.
LR👤
Codec:
MPEG_1_AUDIO_LAYER_3Audio FormatThe compression method for audio. Lossless codecs preserve the original studio quality perfectly.
Lossy (smaller files)MP2MP3AACVorbisOpusDDDD+DTS
Lossless (studio quality)FLACDTS-HD MATrueHDPCM
Sample Rate:
48 kHzSample RateHow many audio snapshots per second. 48 kHz is the video standard — more than enough for the full range of human hearing.
Bit Rate:
126 kbpsAudio Bit RateData per second for the audio. Higher means better quality for lossy codecs. Lossless audio always preserves full quality regardless of bitrate.
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