Remote control of large flow amphibious drainage robot

Amphibious drainage robot

1Remote control of large flow amphibious drainage robotProduct positioning: the "vanguard" of drainage and rescue in harsh environments

core value：Remote control of large flow amphibious drainage robotSpecially designed for urban waterlogging, underground pipe gallery waterlogging, mine tunnel seepage, and complex terrain drainage scenarios after disasters, integrating the "6-wheel drive+track walking" composite chassis technology, breaking through the traditional drainage equipment's dependence on terrain, and achieving the rescue goal of "no road to walk, efficient drainage in deep waterlogging".
Application scenarios：

• emergency rescueRapid drainage of urban waterlogging main roads, underpass tunnels, and underground garages;

• engineering workDrainage of accumulated water in mining and subway construction tunnels to avoid equipment flooding;

• post-disaster reconstructionDrainage and dredging of complex ruins and terrain after disasters such as earthquakes and floods;

• special environmentOperations in areas where conventional equipment cannot enter, such as swamps, mud, and steep slopes.

• storm drain: Pre arrangedRemote control drainage robotOpen the rainwater manhole cover and lower the water pump into the well in areas such as city streets and culverts that are prone to water accumulation during rain, and pump out the water in advance to ensure that there is no water accumulation on the ground.
  

2、 Core Technology Highlights: Four wheel drive six wheel drive+track composite chassis, reshaping off-road drainage capability

1. All terrain passability: "Track+Tire" dual-mode adaptive walking

• Track systemAdopting military grade wear-resistant rubber tracks with a grounding pressure of ≤ 0.12MPa, it can easily pass through 30 ° steep slopes, 1.2-meter-wide trenches, and 0.5-meter-deep water crossing sections. The track tension is automatically adjusted to adapt to complex terrains such as gravel, silt, and ruins;

• 6-wheel drive：Independent suspension+differential lock design, maximum obstacle crossing height of 300mm for a single wheel, high grip off-road pattern for tires, automatic switching between tracks and tires according to terrain (track mode emphasizes)complexTerrain and tire mode improve driving efficiency on paved roads.

2. Efficient drainage system: high flow rate+high head, balancing speed and depth

Power configuration：Remote control drainage robotEquipped with a 2.8T turbocharged diesel engine (optional pure electric/hybrid version), with a maximum power of 120kW, matched with an efficient hydraulic system, driving a two-stage centrifugal water pump;

• Drainage performanceThe maximum drainage capacity is 500m ³/h, the maximum head is 25m, and it can extract turbid water with a sediment content of ≤ 5%. The pump impeller is made of high chromium alloy material, which increases the wear resistance life by 300%.

3. Intelligent control and safety guarantee: unmanned operation, remote victory for thousands of miles

• remote controlEquipped with 5G+Beidou dual-mode positioning, it supports real-time transmission of high-definition videos within 5 kilometers (equipped with a 360 ° panoramic camera and infrared thermal imaging device), and achieves full function remote operation such as walking, drainage, and water pump start stop through a tablet/PC terminal, with a delay of ≤ 200ms;

• autonomous navigationLidar+SLAM algorithm is used to construct 3D environmental maps, supporting path planning, automatic obstacle avoidance, and fixed-point drainage modes, reducing manual intervention;

• safety protectionIP67 waterproof rating, dual sealing of engine compartment and electrical system; Equipped with overload protection, high and low temperature alarm, low fuel/battery warning function, supporting remote fault diagnosis.

3、 Summary of Product Advantages: Four DimensionsguidelineIndustry, defining new standards for drainage robots

4、 Customer value proposition: Reduce costs and increase efficiency, empower emergency rescue and engineering operations

• Emergency scenario：Large flow drainage robotThe response time has been shortened to 15 minutes (the equipment can be quickly deployed by trailer), and the drainage efficiency has been improved by 50% compared to traditional equipment, helping to achieve the goal of "3-hour water return" for urban waterlogging;

• Engineering scenarioReplace manual diving operations, reduce tunnel drainage time by 50%, and lower maintenance costs for equipment damaged by accumulated water;

• long-term operationModular design (core components such as engine, water pump, and track can be independently replaced) reduces maintenance costs by 40% and saves 15% on fuel consumption throughout the entire lifecycle compared to similar products.

5、 Future iteration direction: greenization, clustering, and intelligent upgrading

• New energy versionPure electric version to be launched in 2024Large flow drainage robotEquipped with a 200kWh high-capacity battery, it has a range of 120km and supports fast charging (80% charging in 1 hour), meeting the operational needs of environmentally friendly areas;

• Cluster operating systemDevelop a multi machine collaborative control platform that supports more than 10 unitsLarge flow drainage robotLinkage drainage, optimizing water allocation through algorithms to improve overall drainage efficiency by 20%;

• Environmental perception upgradeOptional integration of AI water quality detection module, real-time monitoring of pH value, heavy metal content and other indicators, expanding environmental emergency monitoring functions.

ConclusionOff road 6-Wheel Amphibious Drainage Robot“goodRedefine the three core advantages of transparency, efficient drainage, and intelligent safetycomplexThe drainage solution in the environment is not only the "life channel opener" for emergency rescue, but also the "efficiency multiplier" for engineering operations. In the future, we will continue to use technological innovation as the engine to provide more reliable and intelligent drainage equipment for urban safety and engineering construction.

6、 Core usage scope