Insta360’s Go 3 was an exhilarating action camera that offered a unique twist on the traditional GoPro-style design. With its ability to transform into a pendant-style wearable, the Go 3 enabled users to capture shots that were previously unattainable with other action cameras.
Building on the success of the Go 3, Insta360 has introduced the Go 3S this year. This updated model boasts support for 4K video, higher bit rates for smoother video quality, and enhanced battery life.
Sensor Improvements
At first glance, the Go 3S closely resembles its predecessor, the Go 3. The overall size remains the same, the rear flip-up screen is unchanged, and the position of the USB-C port remains consistent. The most noticeable external difference is the larger and thicker lens guard, which enhances the ease of removing the lens from the Action Pod component.
Minor external enhancements include the camera lens portion featuring a more textured and ergonomically designed grip, along with improved power and control buttons on the side. However, the major updates in the Go 3S are located inside the camera itself.
Photograph: Scott Gilbertson
The standout feature of the Insta360 Go 3S is its ability to capture stunning 4K video footage. While the Go 3 impressed with its 2.7K video quality, the upgrade to 4K in the Go 3S is a game-changer. The enhanced video quality not only delivers sharper images but also seamlessly integrates with 4K footage from other cameras like the GoPro Hero 12 and Insta360 Ace Pro.
One of the most impressive aspects of the Go 3S’s video performance is the reduction of pixelation, especially in motion shots. Unlike its predecessor, the Go 3S maintains clarity even in fast-paced scenes, thanks to its higher bit rate. This translates to smoother and more professional-looking recordings.
While the Go 3S excels in most shooting scenarios, there is still some noticeable pixelation at higher frame rates, particularly at 200 fps. It is advisable to stick to lower frame rates for optimal video quality, as the sensor and lens may struggle to handle the extreme demands of ultra-high frame rates.