With the rapid development↑₩ of various industries, φ←fires in various dangerou'♦©≤s places and accidents caused ​♥≈Ωby fires have also continued toφ• occur, which has become₽ π a major problem in ↕≠modern fire fighting. At ®↔♥the same time, firefighters have ma™&ny drawbacks in emergency ¥↓±rescue. The fire-fighting robot d<∞©esign is a professional and appli↓±>≈cable fire-fighting robot desδ♠igned by our company base™★≈d on the current status of dom ÷estic fire-fighting equ≠±§★ipment and combined with interna÷ σπtional leading technology.

This firefighting robot is namedφ&®‌ "Chilie Warrior". It is ma☆$∏inly in Chinese red, show★∏$ing patriotism and enthusias≈ ←✘m. It is developed for mobile firefight™≈¶ing and has functions such as ± €gas detection and firefighting,ε∑ ♠ autonomous identification, and aut♦↕÷←onomous navigation.
The whole vehicle adopts explosion-pr™✔"oof design and has obtained t​βhe qualification certification o&®f the National Explosion-Proof↕  Center. It can automatically find the≈∑​₽ source of fire and avoid obstacl§φ→®es. It has stable image transmiss∞δ¶ion, two-way digital transm₽≥ission function, and tw<✔±o-way voice function. It ca×&n detect the concent‍×ration of toxic and harmful gases at ✔>the fire scene and alarm. Th♣♥δ♦e robot can extinguis>"£h fires and save people wh‌φ ±ile walking under wireless ≥ remote control. The real-time video  ↕₹®sent back by the camera makes it easie÷ ₹r for firefighters to unde¶<β​rstand the on-site en¥ γ✔vironment and carry out rescue.

The firefighting robot i¶​♦s designed with two turbine water mε©£✔ist emitters on the body, which can sp &ray water into small drop€★lets in the form of mist and spra∑✔y the droplets to a long →♣distance. This function allow$©↓s water barriers or thick water↔ φδ layers to directly actεσ® on the burning objects that need t&∏←o be cooled, achievin₹♠g the purpose of efficient cooling.✘♠÷¶ It can effectively eγ♠♦nsure fire extinguishing and dilu•<¥₩tion of dust and toxic gases¶Ω✘γ in the fire scene. The top of the car↔Ω↕® is equipped with a fiλ÷re hose and a camera, which can remot★§‌¥ely control the robot to enter the fir✘¥↕γe scene to extinguish the fire. In ¥‍↔addition, the robot integraβ₽tes fine water mist spray mode,÷♠& high-flow spray mode and≈₩α long-distance single-shot spray §→←mode. The turbine can rise to 4 m ' eters at most, which can ensure long-γ×↑distance spraying.

The chassis of the firefig×÷₽☆hting robot is waterproof, withγ®‍ a waterproof rating of IP67. The ch'¶assis is super high, with super cli‍✘↓mbing and obstacle-crossinδ₩∞♠g capabilities. The turning radius is §ε extremely small, and it☆∞β☆ can turn on the spot. It uses large±€≈-capacity explosion-proof✔γ•φ batteries, which have rea>‍ched the highest explosion-p ₹roof level, and uses an ex≠∏plosion-proof battery∞≤Ω management system with independent intε♣​ ellectual property right$$↔s.
The design of firefighting robotβ←s is often used in petroleu ¥γ m, chemical, warehouses,λ∞£× ports, docks, etc. where←< dangerous goods exist, to  α∏πhelp firefighters in dangero §∞∑us fires to prevent se♣↑λcondary damage to personnel (such as ex‌ αplosions, leakage of dangerou♣ •s goods, thermal radiation, e÷•tc.)