Please be sure to take down the gimbal protective cover before startup. Otherwise the
gimbal camera and circuit may be damaged.
When turning on the aircraft power switch, the gimbal will rotate automatically to carry
out self-test and calibration. Please ensure that there is no object that may hinder the
gimbal motion around the gimbal.
The gimbal contains precision components. In the case of collision or damage, the
precision components may be damaged to cause performance reduction of the gimbal.
Please protect the gimbal camera from physical damage.
The gimbal shall be kept clean and avoided touching sand, stone and other objects,
otherwise the gimbal motion may be hindered, affecting its performance.
Never add any object on the camera gimbal, otherwise this may affect the gimbal
performance and even cause the motor burnout.
Before flight, ensure that there is no any sticker or foreign object on the gimbal, and
place the aircraft on the flat and open ground. Never collide with the gimbal after power
on.
If any ground object collides with the gimbal or the gimbal is impacted by an excessive
external force (such as being collided or broken) when it is placed on the rugged ground
or grassland, the gimbal motor may become abnormal.
The flight in heavy fog or cloud may cause the condensation of gimbal, resulting in
temporary fault. In this case, the gimbal can recover normal after drying.
2.4.2 Camera overview
EVO Nano camera is equipped with 1/2-inch sensor, with 48 million effective pixels, and the
lens aperture of F2.8. The focus ranges from 1m to infinity. It can record 4K HD video.
EVO Nano+ camera is equipped with a 1/1.28 inch sensor. The camera supports up to 50
million still photos, and the lens aperture is F1.9. The focus ranges from 1m to infinity. It can
record up to 4K HD video.
These two camera modules can support multiple shooting modes, including:
Single
Burst
Auto exposure bracketing (AEB)
Timer
HDR imaging