Rescue Robot Description
The Rescue Robot is a new type of intelligent water rescue equipment, which can replace the rescuers to quickly reach the accident-hazardous waters and transfer the trapped people to a safe area.
The traveling speed is fast, and the rapid rescue of the drowning person can be realized at the first time, and the risk of blind diving of the rescuer is reduced.
Rescue can be carried out quickly. The no-load speed can reach 24km/h, 10 times that of rescuers, and the manned speed can reach 2m/s, which can quickly respond to emergencies.
It is mainly used to solve the pain point of the last 200 meters of water rescue, that is, how to provide effective floating objects efficiently and quickly in the first time.
Rescue Robot Features
- Strong Intelligence
GPS+Beidou real-time positioning
Lost contact automatic return
The no-load speed can reach 24km/h, which is 10 times that of ordinary rescuers.
The weight is only 14.6kg, which is easy to carry, and can be cast and remote controlled by a single person
- Easy to Operate
One-handed remote control, rescuers do not need to enter the water.
It can precisely control the travel route of the rescue robot and implement rescue.
Straight hold function is easier to operate
- High Security
The product adopts jet propulsion instead of propeller, which can reduce the secondary injury during the rescue process.
After overturning, it can automatically straighten and move forward
Rescue Robot Advantages
Model No.: BJ-RS-01
|Dimension||101*81*22cm||Maximum remote control distance||1200m|
|Duration||67min||Actuate type||Jet pump|
|Power source||Lithium ion battery||Jettisoning height||30m|
Rescue Robot Buying Guide
Q1: What Do Rescue Robots Do?
Figure 1: Rescue Robot Carrying A Person
A rescue robot is designed to replace rescuers in rescue operations. The rescue robot is equipped with modern technology features such as real-time GPS+beidou positioning and smart controls.
The purpose of the rescue robot is to make rescue operations as quickly as possible to save a person’s life. In many situations, rescuers can’t react fast enough to help the drowning people or provide them with a floating item. A rescue robot comes in handy because of its multi-purpose properties. It can reach quickly in water and is also used as a floating item that a drowning person can grab and hold to save their life.
Another great feature of our rescue robot is that it is designed to be controlled by a single person. The intelligent and advanced adaptivity of the rescue robots makes them ideal for different rescue scenarios whether it be a river, lake, sea, or pond. Using Rescue robots is an advanced way of helping trapped people in a rescue situation. Unlike humans, rescue robots can reach trapped people in water more quickly and rescue them to a safe spot by precise remote control operation.
A rescue robot can carry a heavy payload of up to 150 kg and can travel in water at a speed of 24 kmp/h without any load. Rescue robot prevents the blind diving risk of rescuers and can reach a drowning person faster than any human. There are more safety features that we looked into. Unlike other rescue robots, we designed our robot to perform rescue tasks while keeping in mind that it will not harm or cause any secondary injuries. We used a jet propulsion system to avoid secondary injuries and we also added some automatic adjustment features to the robot.
While carrying a person, usually robots become hard to control due to uneven water surfaces and they can oversteer in the wrong directions. We made sure that our robot can automatically adjust and straighten its route while taking the rescued person to the safe spot.
Q2: What Sensors Do Rescue Robots Have?
Figure 2: Rescue Robot
A rescue robot is equipped with a fast GPS + Beidou real-time position, lost connection memory, and one tap return.
Real-time positioning is very important in rescue scenarios and our rescue robot is equipped with a fast and accurate GPS+beidou sensor that helps in keeping track, route clearance, and safe home return.
Q3: What Is The Max Control Distance Of A Rescue Robot?
Figure 3: Rescue Robot In Water
The rescue robot can be controlled from a max distance of 1200m.
When it comes to rescuing operations, the remote control range matters a lot. The long-distance range allows you to control the robot from a safe distance. Some rescue operations require a long-range device that can reach out to the survivor quickly despite the survivor being at a far distance.
Baijirobot provides a long distance control range with a rescue robot so that you can reach the spot while maintaining a safe distance.
Q4: What Is The Max Payload Capacity Of A Rescue Robot?
Figure 4: Rescue Robot During Operation
The rescue robot can handle a max payload of 150 kg.
Payload means the carrying capacity of a rescue robot. How much weight a rescue robot can carry matters a lot in rescue situations. During the rescue operation, a rescue robot detects the survivors and can also bring them to a safe spot.
High payload capacity ensures that the rescue operation won’t become a failure. BaijiRobot Rescue robot can carry 150 kgs of max load. Meanwhile, ordinary rescue robots have less payload capacity, affecting rescue operation results.
Q5: What Security Features Does A Rescue Robot Have?
Figure 5: Rescue Robot Back Side
Baijirobot rescue robot uses security features like jet propulsion and auto adjustment which ensures the safety of the rescued person.
Ordinary rescue robots use a propeller system as a drive which causes hazards to rescue operation safety. Baijirobot rescue robot has a jet propulsion drive train system which basically replaces the propeller system. It has no risk of causing secondary injuries during rescue operations.
Jet propulsion systems ensure that the person won’t get hurt, unlike the propeller-operated rescue robots where secondary injuries are commonly recorded. The Baijirobot rescue robot also has a feature that allows the robot to auto-righting after overturning, if the rescue robot is over turned while controlling then this features automatically detects it.
Q6: Can A Single Person Carry And Operate A Rescue Robot?
The rescue robot weighs only 14.6 kg, making it suitable for one person to carry, drag, and even for controlling.
The rescue robot has a lightweight body that makes it possible for a single person to carry the robot to different areas. The heavy body would cause carrying problems and most importantly it will impact the process of the rescue operation. Baijirobot rescue robot saves time from setup to operating the robot. A single person not only can carry the rescue robot but control it via an easy-to-use remote control setup.
Q7: What Is The Battery Backup Time Of The Rescue Robot During An Operation?
Rescue robot can provide a 67 mins battery backup on a single charge.
Battery backup is really important during rescue operations. Short battery backup can cause a lot of trouble and risk to the rescue mission. Baijirobot ensures that our rescue robot provides a long battery backup of up to 67 mins.
Q8: What Kind Of Power Source Does The Rescue Robot Use?
Figure 6: Rescue Robot In Case With Battery Pack
The rescue robot uses a rechargeable lithium-ion battery as a power source.
The lithium-ion batteries are highly efficient in terms of power resources. This battery pack works efficiently in every environment. Another kind of battery can be affected by the atmosphere and the efficiency will be decreased but Baijirobot tackled this problem with lithium-ion batteries as a solution.
The lithium-ion battery pack powers the 2x2kw motors that are installed in the rescue robot. These power motors require an efficient power source that can easily fulfill the power requirements without being overheated.