Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q1022192> ?p ?o }
Showing triples 1 to 33 of
33
with 100 triples per page.
- Q1022192 subject Q7008456.
- Q1022192 subject Q7008502.
- Q1022192 subject Q8088677.
- Q1022192 subject Q8304614.
- Q1022192 abstract "The AMR-2 (Anti Material Rifle - 2) is a 12.7mm Sniper Rifle developed in China as an anti-material sniper rifle, introduced in early 2000s. Designed and developed by China South Industries Group, the rifle uses bolt-action and a conventional design. The AMR-2 fires 12.7×108mm sniper rifle cartridge from a 5-round box detachable magazine fitted directly ahead of the trigger group. The barrel is free-floated and has a large double baffle muzzle brake to mitigate recoil.".
- Q1022192 length "1.42".
- Q1022192 origin Q148.
- Q1022192 type Q1770971.
- Q1022192 weight "9800.0".
- Q1022192 wikiPageWikiLink Q1022190.
- Q1022192 wikiPageWikiLink Q148.
- Q1022192 wikiPageWikiLink Q171615.
- Q1022192 wikiPageWikiLink Q1770971.
- Q1022192 wikiPageWikiLink Q190570.
- Q1022192 wikiPageWikiLink Q7008456.
- Q1022192 wikiPageWikiLink Q7008502.
- Q1022192 wikiPageWikiLink Q8088677.
- Q1022192 wikiPageWikiLink Q8304614.
- Q1022192 wikiPageWikiLink Q840773.
- Q1022192 length "1230.0".
- Q1022192 length "1420.0".
- Q1022192 name "AMR-2".
- Q1022192 origin Q148.
- Q1022192 type Q1770971.
- Q1022192 weight "9.8".
- Q1022192 type Product.
- Q1022192 type Device.
- Q1022192 type Weapon.
- Q1022192 type Thing.
- Q1022192 type Q728.
- Q1022192 comment "The AMR-2 (Anti Material Rifle - 2) is a 12.7mm Sniper Rifle developed in China as an anti-material sniper rifle, introduced in early 2000s. Designed and developed by China South Industries Group, the rifle uses bolt-action and a conventional design. The AMR-2 fires 12.7×108mm sniper rifle cartridge from a 5-round box detachable magazine fitted directly ahead of the trigger group. The barrel is free-floated and has a large double baffle muzzle brake to mitigate recoil.".
- Q1022192 label "AMR-2".
- Q1022192 name "AMR-2".