RC Rescue LifeBuoy

The leading unmanned surface rescue vehicle (USRV) for public safety, lifeguards, marinas, offshore oil and gas platforms, and ships

The Smart LifeBuoy bright color and flash lights make it eminently noticeable in water and reduce the risk of the rescuer losing sight of the victim.
U-SAFE

The USAFE system is an auto propelled, remote controlled water craft designed to be a
fast-and precise “aquatic robot” that can reach a person quickly. It has a U-shaped hull with two electric turbines, one on each leg of the hull.
Water Rescue Stretcher Bed (USV)

The Water Rescue Stretcher Bed is a rescuing device embedded with a power system.
Users can launch the Stretcher Bed onto the water from the shore or vessel and
control it to reach and rescue the drowning person quickly and safely by using the
remote controller.
JWR-1 Remote Control Lifebuoy

Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.
It has a U-shaped hull with two electric turbines, one on each leg of the hull.
JWR-2 Remote Control Lifebuoy

Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.
It has a U-shaped hull with two electric turbines, one on each leg of the hull.
JWR-4 Remote Control Lifebuoy

Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.
It has a U-shaped hull with two electric turbines, one on each leg of the hull.
JWR-5 Remote Control Lifebuoy

Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.
It has a U-shaped hull with two electric turbines, one on each leg of the hull.
JWR-7 Remote Control Lifebuoy

Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.
It has a U-shaped hull with two electric turbines, one on each leg of the hull.
Optional mounting of the megaphone, searchlight, sound and light alarm, digital image transmission system, and packing box
JWR-8 Remote Control Lifebuoy

Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.
It has a U-shaped hull with two electric turbines, one on each leg of the hull.
Optional mounting of the megaphone, searchlight, sound and light alarm, digital image transmission system, and packing box
JWR-9 Remote Control Lifebuoy

Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.
It has a U-shaped hull with two electric turbines, one on each leg of the hull.
- Support double-sided driving, no fear of wind and waves, after being overturned by waves, it does not affect the continued navigation and driving on the applicable surface, automatic switching control.
- The remote control can display the front image in real-time, helpful camera function, can be connected to WIFI, automatically return to home when the voice is lost and can talk
- Optional mounting of the megaphone, searchlight, sound and light alarm, digital image transmission system, and packing box

The Evolution of Lifesaving Technology


Traditional lifebuoys have been a staple in water rescue operations for decades.


These devices, typically thrown to a distressed swimmer, require the victim to grab hold and wait for manual rescue.


While effective in many scenarios, traditional lifebuoys have limitations, particularly in rough waters, strong currents, or when the swimmer is panicking or unconscious.


Enter the remote-controlled lifebuoy: Developed by professional companies, these modern devices blend the simplicity of traditional lifebuoys with cutting-edge technology, offering a more efficient and versatile approach to water rescue.


Key Features of Remote-Controlled Lifebuoy


1. Remote Operation: The remote-controlled lifebuoy allows rescuers to navigate the device directly to a swimmer in distress. This feature is crucial when approaching the swimmer is difficult or dangerous.


2. High Speed and Maneuverability: The lifebuoy can reach speeds up to 15 km/h and quickly cover distances, significantly reducing the time it takes to reach a distressed swimmer. Its agility allows it to navigate through waves and currents effectively.


3. Buoyancy and Stability: Designed to stay afloat even in rough conditions, our lifebuoy provides a stable platform for swimmers to hold onto. Its robust construction ensures it remains functional even in challenging environments.


4. User-Friendly Design: The lifebuoy is intuitive to operate and requires minimal training for rescuers. This accessibility is vital in emergencies where every second counts.


5. Durability: Made from high-quality materials, the lifebuoy is built to withstand harsh marine environments, ensuring longevity and reliability in rescue operations.


Benefits of Remote-Controlled Lifebuoys


The integration of remote-controlled lifebuoys into water rescue operations offers numerous benefits:


- Increased Safety for Rescuers: By reducing the need for rescuers to enter dangerous waters, these lifebuoys minimize the risk to human life during rescue operations.


- Rapid Response: The ability to swiftly deploy and navigate the lifebuoy means that distressed swimmers can receive assistance more quickly, increasing their chances of survival.


- Versatility: Remote-controlled lifebuoys are suitable for use in various water environments, including oceans, rivers, and lakes, and can be deployed in diverse rescue scenarios.


- Enhanced Accessibility: These devices can aid where traditional methods may struggle in crowded or hard-to-reach areas, such as near rocks or piers.


Real-World Applications


Remote-controlled lifebuoys are already making a difference in real-world applications. Lifeguard teams, coastguards, and marine patrols incorporate these devices into their safety protocols.


For instance, during a trial phase, our lifebuoy demonstrated its effectiveness in various rescue simulations, showcasing its potential to save lives where traditional lifebuoys might fail.


Moreover, public awareness campaigns and training programs educate communities on this technology's benefits, promoting broader adoption and integration into safety practices.


Future Prospects


The future of swimming safety looks promising with the continued development and enhancement of remote-controlled lifebuoys. Innovations such as GPS tracking, improved battery life, and AI-driven navigation systems are on the horizon, promising even greater effectiveness and reliability.


As technology evolves, the goal remains clear: to ensure that every swimmer, whether in a pool, lake, or ocean, has access to the best possible safety measures.


Remote-controlled lifebuoys represent a pivotal step toward achieving this goal, embodying the perfect blend of tradition and innovation in water rescue technology.


Conclusion


The remote-controlled lifebuoy is a game-changer in the realm of swimming safety.


This technology offers a faster, safer, and more efficient means of rescuing distressed swimmers, significantly reducing the risk of drowning and enhancing the overall safety of aquatic environments.


As adoption grows and technology advances, the remote-controlled lifebuoy will undoubtedly become an essential tool in the ongoing effort to protect and save lives in the water.

M75 is specified to apply in security, patrol, Search & rescue, investigation and evidence collection areas.

With high speed propulsion system, M75 could arrive target place at the first moment.

It is also available to switch between manned and unmanned mode, so that you can choose how to control it based on the situation.

LTE communication within 15km

Using LTE communication, the USV can interact with the base station within 15km and send back videos and data in real-time.
Specifications

Dimensions:  5.30m(L)*1.72m(W)*2.85m(H)
Displacement: 1350kg
Draught: 0.42m
Hull Material: Carbon fiber composite
Payload: 50Kg

Performance

Max Speed: 26Knts
Endurance: 120Nm
Survival Sea State: Sea State IV
Operation Sea State: Sea State III

Control & Communication

Control Mode: Autonomous / Remote control
Range: With Remote control 1km
             Autonomous control (LTE) 15km
Software: USV Control software

Propulsion

Propulsion: Water jet thruster
Engine: 110HP diesel engine
Fuel capacity: 120L
Fuel type: 0# diesel

Navigation aids & Safety

Camera:  Panoramic 720P HD camera
                Back camera
                Electro optical pod (Night version)
Radar: Laser radar, navigation radar
Collision Avoidance: YES
AIS: YES
Conspicuity: Loud speakers, search light, warning lights
Add-ons: VHF radio station / oil spill detection system / electable life raft
Dedicated for maritime surveillance and rescue

The M75 is integrated with comprehensive searching, data, communication and rescue modules, making it an ideal vessel for maritime surveillance and rescue.
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Unmanned Surface Rescue USVs
Enhancing Swimming Safety with Remote-Controlled Lifebuoys
Swimming is a beloved activity worldwide, enjoyed by people of all ages for its health benefits and recreational pleasure.
However, the inherent risks associated with swimming, particularly in open waters, necessitate robust safety measures.
One innovative solution emerging in water safety is the remote-controlled lifebuoy.
This technology represents a significant advancement in ensuring swimmer safety and reducing the risk of drowning.
DOLPHIN 3 & 3PLUS RC Rescue LifeBuoy

THE #1 NEXT-GEN REMOTE CONTROLLED LIFEBUOY


Is an auto propelled, remote controlled water craft designed to be a fast-and precise “aquatic robot” that can reach a person quickly.

It has a U-shaped hull with two electric turbines, one on each leg of the hull.

The D3 Series can propel itself to rescue a casualty, faster than any skilled swimmer, while the rescuer can operate it with a remote controller to stay safe and dry.

Autonomous Surveillance & Rescue Vessel M75
High-speed surveillance and outstanding performance during night shifts