The Forza 200 from Nanlite is a monolight style LED engineered to give maximum output out of a minimal footprint. With a light head weighing only 4 lbs, the Forza 200 employs a COB LED module and a precision-engineered reflector to emit 37540 Lux of 5600K daylight-balanced light at 1 meter. All while maintaining a high CRI/TLCI of 98/97, ensuring accurate color rendition.
Ultra Bright Output
With the included reflector, the Forza 200 emits an impressive 37540 Lux at 1 meter. When equipped with the FL-20G Fresnel (sold separately), the light output climbs to a staggering 126413 Lux at 1 meter. Plus, with dimming from 100% down to 1%, you can quickly adapt the Forza 200 to any scene without adding ND filters or diffusion.
Lightweight Compact Design
Nanlite went to great lengths to keep the Forza 200's footprint small for effortless transport from location to location. Weighing in at only 8.5 lbs (4 lbs of the head, 4.5 lbs of the controller), the Forza 200 packs a ton of punch into a small package.
Bowens Style Light Modifier Mount
By utilizing the near-universal Bowens style light modifier mount and incorporating an umbrella holder into the yolk, the Forza 200 is compatible with a massive selection of light modifiers. Including, but not limited to, Nanlite's line of fresnels, softboxes, and umbrellas.
With pre-programmed special effects in a simple-to-master menu system, the Forza 200 makes it easy to imitate lighting scenarios that can otherwise be tricky to recreate. At the touch of a button, you can simulate 11 different practical lighting effects: INT Loop, Flash, Pulse, Storm, TV, Paparazzi, Candle/Fire, Bad Bulb, Firework, Explosion, and Welding.
Created to operate in any location regardless of power availability, the Forza 200 can run off either the included AC adapter or a 26V V-Mount battery (Not Included). Alternatively, it can also run off a 14.8V V-Mount with a reduced 120w output.
Thanks to the Forza 200's quiet, 20db fan and fanless power adapter, it is at home even in the most sound-sensitive situations.