Shenzhen Aquarobotman Innovative Technologies Co., Ltd.
Professional Underwater Integrated Solutions Provider
Dynamic System
The dynamic system is mainly formed by a 4-duct propeller system composed of 2 hori 2 vertical
propellers. The propeller is made with customized waterproof and anti-corrosive motors and fitted with
custom designed propeller blades that increases the performance of the motor to its maximum potential.
Lighting System
The drone uses adjustable matrix low beam fill lights with a maximum brightness of 1000lm.
Recommendation: turn off the fill light during daytime when there is enough light to save battery. The fill
light is required during nighttime and when in caves where there isn’t enough light.
Drone Functions
1.
Depth Hold: in situations with controlled horizontal orientation, the drone will maintain its current
depth and pitch angle. This mode relies on the drone’s internal sensors. In complex scenarios such as
when there is strong magnetic field interference and so on, the drone will be unable to operate
regularly. In such situations please leave the area to a safe place to use it.
2.
Direction Hold: the orientation of the drone is maintained, and the snorkeling throttle controller can be
used to move the drone upwards or downwards.
3.
Full position operation: this mode provides an open control mode and can enable complex drone
maneuvers such as moving upwards or downwards at large angles. This mode restricts the pitch angle
of the drone to ±90° and the speed of pitch angle change can be controlled at different speeds and so
on.
4.
VR somatosensory operation: this mode requires a compatible VR headset to operate. Under the VR
mode, there is a somatosensory activation lock, the user must tilt their head upwards 60° or more then
tilt their head downwards 60° or more and then return to the horizontal position to unlock the
somatosensory function. After unlocking, the drone view can the controlled by head movements.
Smart Protection System
When the drone encounters unexpected situations, it will perform corresponding protective measures.
1.
Temperature protection: the normal operating temperature of the drone is between -2°C-35°C. If the
drone detects an abnormal internal temperature, it will enter a protective state.
There are two scenarios:
a)
Operating in high temperature waters.
b)
Drone was turned on and left above the surface for too long and the internal temperature of the
drone got too hot.
2.
Humidity protection: when the drone detects too much humidity, it will take protective measures.
These problems should not occur during normal operation. If they do occur then the drone needs to be
Summary of Contents for NEMO
Page 1: ...NEMO User Manual V1 4 ...
