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Review of Venom 60 RGB Video Light

Underwater video light Venom 60 sports a 6000-lumen beam, equipped with a vibrant RGB spotlight for artistic visual effects.

Review of Venom 60 RGB Video Light
Review of Venom 60 RGB Video Light

Review of Venom 60 RGB Video Light

Venom 60 RGB Video Light: A Compact and Durable Option for Underwater Videography

The Venom 60 RGB Video Light is a popular choice for divers and underwater videographers, offering a solid, compact build and a range of features that make it suitable for various conditions.

With a burn time of 55 minutes, this video light provides a decent duration for underwater shoots. It's compatible with the iTorch Remote Control, allowing for easy adjustments from a distance. The Venom 60 RGB Video Light's RGB LEDs can produce a spotlight spectrum of multiple colors, offering artists a wide range of options for creative effects.

The light's beam has a color temperature of 5000K and a CRI rating of 80, which could be considered average compared to some other lights on the market. However, it's worth noting that the Venom 60 RGB Video Light has withstood surf entries, heavy currents, and rocks without showing much wear, making it a great choice for divers who frequently travel or dive in tough conditions.

The Venom 60 RGB Video Light outputs 6,000 lumens, making it a powerful light source. Its beam is relatively narrow at 30 degrees, ideal for focusing on specific subjects in both wide angle and macro underwater video.

The light's double O-Ring Seal provides added flood protection, and its unique and intuitive controls make it easy to use. The Venom 60 RGB Video Light also offers white and red beams with 10 steps of control, and a spot white beam with a 30-degree beam.

The U.S. MSRP for the Venom 60 RGB Video Light is $599, but it's currently available at Bluewater Photo for a 25% discount, bringing the price down to $449. This is an excellent price for a 6,000 lumen light.

For those seeking video lights with better CRI ratings for underwater videography, alternatives such as the Ulanzi VL49 Pro RGB Light and lights designed specifically for high color accuracy and durability underwater may be worth considering. The Ulanzi VL49 Pro RGB Light offers professional full-color RGB lighting and is suitable for videography setups needing high CRI and color fidelity.

Market-leading underwater video lights from brands like Light & Motion and Sea & Sea tend to feature better CRI for true color rendition underwater (CRI>90), though exact models and specs need further specific research based on the user’s budget and requirements. Consulting specialist underwater videography equipment retailers or user reviews targeting CRI performance and underwater performance would provide the best purchase guidance.

In conclusion, the Venom 60 RGB Video Light is a versatile and durable option for underwater videography, offering a powerful light source, a range of colour options, and a compact, lightweight design. For those seeking higher CRI ratings, alternatives like the Ulanzi VL49 Pro RGB Light and other specialized underwater video lights may be worth exploring.

  1. The Venom 60 RGB Video Light is a popular, compact, and durable option for divers and underwater videographers, ideal for various conditions.
  2. Offering a spotlight spectrum of multiple colors, the Venom 60 RGB Video Light's RGB LEDs cater to artists' creative effects demands.
  3. The light can produce 6,000 lumens, making it a powerful light source suitable for both wide angle and macro underwater video.
  4. Its beam is relatively narrow at 30 degrees, enablingfocusing on specific subjects, and its double O-Ring Seal provides added flood protection.
  5. The Ulanzi VL49 Pro RGB Light could be a suitable alternative for those seeking video lights with better CRI ratings for underwater videography.
  6. For truly accurate colors underwater, market-leading underwater video lights from brands like Light & Motion and Sea & Sea may offer better CRI (>90) for true color rendition, but specific models and budget requirements require further research.

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