The Godox QS series comes in a variety of power options ranging from 300Ws to 1200Ws, and they offer a flash energy regulation range of 5 aperture degrees (1/1 - 1/32), with a precision of 0.1 EV. They feature a fast recycle time of under 1.5 seconds for full flash energy, and at minimum power, they can produce a quick flash duration of just 1/2000s (t = 0.1), enabling free shooting during the session. The flash possesses a color temperature of 5600K, which can fluctuate within the limits of ± 200K based on the set flash energy.

The Godox QS series, available in a variety of power versions ranging from 300Ws to 1200Ws, are known for their extensive flash energy regulation that's adjustable within an aperture range of 5 degrees (1/1 - 1/32, with 0.1 EV accuracy). The full flash energy recycles in under 1.5 seconds. At the lowest power setting, the series can achieve a brief flash duration of just 1/2000s (t = 0.1), allowing for uninterrupted shooting during a session. The flash's color temperature is 5600K, subject to fluctuate within ± 200K depending on the set flash energy.

The Godox QS series comes in multiple power versions ranging from 300Ws to 1200Ws. This extensive series is featured by varying degrees of flash energy control (1/1 - 1/32), which guarantee an accuracy of 0.1 EV. The recycle time to achieve full flash energy is less than 1.5 seconds. In terms of flash duration, these models boast a super short duration of only 1/2000s (t = 0.1), offering the flexibility for uninterrupted shooting. The flash color temperature stands at 5600K, with a variation of ± 200K dependent on the set flash energy.

The Godox QS series includes a host of power options, ranging from 300Ws to 1200Ws. A defining feature is its capability to regulate flash energy across 5 exposure levels (1/1 - 1/32), with a precision of 0.1 EV. Additionally, the series boasts of a rapid recycle time of less than 1.5 seconds when charged to full flash energy. Remarkably, at its minimum power, it can accomplish a concise flash duration of only 1/2000s (t = 0.1), providing the flexibility to shoot continuously during a session. Its flash color temperature is constant at 5600K, but can vary within a tolerance of ± 200K depending on the set flash energy.

The Godox QS series offers a variety of power versions ranging from 300Ws to 1200Ws. They're recognized for their adaptable flash energy control, which spans across 5 aperture degrees (1/1 - 1/32, precise to 0.1 EV). These versions boast a swift recycle time for full flash energy, under 1.5 seconds. At minimum power, they attain an impressively short flash duration of only 1/2000s (t = 0.1), thus providing unrestricted shooting throughout the session. These flashes have a color temperature of 5600K, which can fluctuate ± 200K based on the established flash energy.

The Godox GS series provides a flash power adjustment range of 5 aperture degrees (1/1 - 1/32, accurate to 0.1 EV). The recovery time for full flash power is less than 1 second. At the lowest power, the flash duration is incredibly short at only 1/2000s (t = 0.1), enabling continuous shooting during sessions. The set flash energy determines the flash color temperature, which is 5600K ± 200K.

The Godox GS series boasts a range in flash energy adjustment within 5 increments of the aperture (1/1 - 1/32, precise to 0.1 EV). The recycle time to reach full flash power is under 1 second. At its minimum power, it can deliver a remarkably brief flash duration of just 1/2000s (t = 0.1), enabling unrestricted shooting throughout the session. The flash operates at a color temperature of 5600K, with a variance of ± 200K depending on the set flash energy.

The Godox GS series offers a flash energy adjustment range of 5 aperture degrees (1/1 - 1/32 with a precision of 0.1 EV). The recycle time to reach full flash energy is under 1 second. When at minimal power, the flash duration is exceptionally short, going down to only 1/2000s (t = 0.1), enabling unrestricted shooting throughout the session. The flash color temperature stands at 5600K, with a permissible difference of ± 200K depending on the set flash energy.