More than a week ago, I shared my practical experience with this robot. Up to now, I see that Deebot N30 Pro Omni is the most comprehensive cleaning robot model in the price range of 12 million VND. This robot satisfies all the basic needs of today’s house cleaning, especially the ability to wash brooms and dry them cleanly. It also knows how to automatically spread the broom when the robot cleans along the base of the wall and the main broom does not stick to hair during use. The multi-purpose station also has a compact design, convenient for changing water or installing under a table or cabinet.
After experiencing actual use, I was curious and wanted to “operate” to see what this robot interior looked like. Before that, our team has disassembled a number of technology products such as smartphones and tablets, but this is the first time we have disassembled and assembled a house cleaning robot.
After the process of “operating” on the Deebot N30 Pro Omni, I found that disassembling this robot is really easy and safe, not as difficult and fragile as disassembling a smartphone. The components and components of the robot are fixed with screws, just remove the screws to open. During the disassembly process, I found that only the protective cover on top of the robot needed a little more force because it had a number of mounts.
Control components such as Lidar navigation cluster, sensors (obstacle avoidance, stair fall prevention, collision sensors…) linked to the robot’s main board all use connectors, so disassembly and installation are difficult. also simple.
It can be said that the entire process of “dissecting” the robot revolves around two main operations: removing screws and removing connectors. This design makes future repair and replacement of components very easy. According to iFixit’s scale, I think this robot can score a maximum of 10 in terms of ease of use.
From the process of operating the Deebot N30 Pro Omni, I think you can buy a battery to replace it yourself if the robot’s battery is worn out after many years of use.
Below are all pictures of the surgery process:
Deebot N30 Pro Omni has a round design and familiar convex Lidar navigation cluster.
The bottom includes two rotating brushes, 3 wheels, a side brush and a main brush.
Opening the machine is simply a matter of removing the screws.
The first component to unpack is the battery
The battery has a capacity of 5200 mAh. This is the battery used by Ecovacs on many mid-range and high-end robots.
After removing the battery, I moved to open the protective cover on the top.
This lid has a number of clamps to firmly fix it to the robot body, so you need to open it a bit more forcefully.
Inside the back cover there are some small mounts.
The entire inside of the robot is fully exposed after removing the top protective cover.
Traditional Lidar navigation sensor cluster with raised dock design.
Lidar navigation cluster is here.
Components of the Lidar navigation cluster.
And here are close-up images of the feature that I did not expect Ecovacs to include in this robot: automatically spreading the broom when cleaning close to the wall.
The round part in the photo is the suction motor. This robot has a suction force of 10,000 Pa, very strong in its price range.
This is the motor to rotate the brush
This main brush has a V-shaped design, the hair will be caught in the middle of the brush and sucked into the dust box, not sticking like regular brushes. This is the type of brush commonly used by Ecovacs in recent robots. I really like the design of this brush, it doesn’t stick to my hair after a month of use.
Line-Laser sensor to avoid obstacles of Deebot N30 Pro Omni.
Close-up of the inside of the Line-Laser Sensor sensor. Unlike high-end T and X series robots that use infrared sensors or cameras to avoid obstacles, the Deebot N30 Pro Omni uses a Line-Laser sensor to measure the distance between the robot and obstacles. During my experience, I found that this sensor avoids obstacles not as effectively as the infrared and cameras on the more expensive lines of Ecovacs.
Carpet recognition sensor. When reaching the carpet, this robot can choose 1 of 3 situations: automatically pick up the mop (9mm), ignore the carpet or not pick up the mop.
Stair fall prevention sensors. The robot has a total of 4 anti-fall sensors around the robot body.
Edge sensor
Robot speaker. Deebot N30 Pro Omni has just been updated with notification capabilities in Vietnamese.
The robot’s components are connected to the board through connectors.
Removing and installing connectors is easy and safe.
This robot has two boards including a sub board and a main board.
Sub board. The main component of the sub-board is the Wi-Fi module from the famous brand Realtek.
The main board contains many components and connector pins. The part covered with a silver rectangular protective shield on the board is probably the module containing RAM and memory.
Giga Device’s new generation central processing unit (MCU) uses ARM Cortex-M4 chip. This is the chip that handles the robot’s functions.
All components of the robot.