Godox Speedlite TT680C E-TTL II HSS Hot-Shoe Flash for Canon

Godox Speedlite TT680C E-TTL II HSS Hot-Shoe Flash for Canon

£99.99
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  • Guide Number: 58/190 (at 105mm focal length, ISO 100 in meters/feet)
  • Wide panel, extending flash coverage to 14mm, creating soft and natural illumination
  • Flash head can be swiveled by 90° forward, and 270° horizontally
  • Power supplied from 4 x AA batteries, LR6 alkaline or Ni-MH rechargeable batteries (NOT included)
  • E-TTL II flash mode: easy and fast to snap special moments
  • Multi flash mode: easy to record a chain of fast-changing moves
  • High guide number: 58m/190ft (ISO 100, 105mm)
  • Auto/Manual zooming: goes within 24/28/35/50/70/80/105 mm
  • LCD display: large size with backlight on and off
  • Flash recycling: 0.1~5s, compatible with extenal power pack
  • Support S1/S2 optic slave and AF assist function
  • Specifications:
    - Model: TT680C
    - Compatible Cameras: Canon EOS series cameras (E-TTL II autoflash)
    - Guide Number: 58 (ISO 100/105mm)
    - Flash Coverage: Auto/Manual 24~105mm (14mm with wide panel)
    - Bounce Flash: Swinging 0~270°, titling 0~90°
    - Flash Mode: E-TTL II autoflash, manual flash, multi, S1 & S2 optic slave
    - ETTL Function: FE lock, high speed sync (up to 1/8000s), AF assist
    - Stroboscopic Flash: Provided (1~99Hz)
    - Recycling Time: Approx 0.1~5s (AA alkaline batteries used)
    - Flash Duration: 1/800s~1/20000s(depending on types of cameras)
    - Number of Flashes: 100~700 times (AA alkaline batteries used)
    - Color Temperature: 5600±200K
  • Package included:
    - Speedlite x 1
    - Bag x 1
    - Mini Stand x 1
    - User Manual x 1
This Godox Speedlite TT680C E-TTL II HSS Hot-Shoe Flash for Canon applies to Canon EOS series cameras and is compatible with E-TTL II autoflash. It supports multi/stroboscopic flash function, as well as auto and manual zoom function with a flash coverage of 24 to 105 mm. With this E-TTL II compatible flash, your shooting will become simpler. You can easily achieve a correct flash exposure even in complex lighting-changing environment.