Aputure Spotlight Mini Zoom Streamer

Aputure Spotlight Mini Zoom Streamer

Aputure Spotlight Mini Zoom was developed for the new compact, high-power LED spotlights - Aputure Light Storm LS 60x and LS 60d. With its help, you can experiment with the shape of the light and the size of its beam to your taste, gaining a creative tool to create a unique atmosphere for movie scenes or photographed shots. The device allows you to adjust the beam angle from 15° to 30°, there is no need to install additional lenses that can take up a lot of space. Depending on the settings, the diameter of the circle displayed from a distance of 5 meters can be from 140 cm to even 280 cm! You'll also find 15 Gobo filters and a special 18-leaf Iris valve included with the streamer, so you can achieve the required beam diameter in seconds.

The most important features of the product

• precise light control

• adjustable focus angle from 15° to 30°

• durable aluminum alloy body

• internal tweezers to precisely "trim" the light

• mounting hole for mounting color filters or other accessories

• 15 effect Gobo filters to create shadows with unique shapes

• A transport bag is included

Specification

• model: Aputure Spotlight Mini Zoom

• light beam angle: 15°-30°

• zoom: x2

• material: aluminum alloy

• gobo filter size: M (medium)

• Iris valve seat dimensions: 1 x 8.75 x 10.3 cm

• socket diameter on the side of the lamp: 10.6 cm

• diameter of the front attachment socket: 12.4 cm

• Dimensions:

  • Spotlight Mini Zoom without fork mount: 16.4 x 16.4 x 37.8 cm

  • Spotlight Mini Zoom with fork mount: 17.0 x 28.5 x 37.8 cm

  • Adjustable Iris valve: 12.6 x 8.7 x 0.9 cm

  • transport bag: 47.5 x 29.5 x 25.5 cm

• weight:

  • Spotlight Mini Zoom without fork mount: 4095 g

  • Spotlight Mini Zoom with fork mount: 4400 g

  • Adjustable "Iris" valve: 77 g

  • Complete set including bag: 6580 g

  Contents of the set

  • Aputure Spotlight Mini Zoom lamp

  • 15 gobo filters

  • gobo filter holder

  • Iris supplement

  • transport bag

Photometrics