Solafact 9400
Solafact 9400
SOLAFACT 9400 Multifunctional Explosion-Proof Reconnaissance Robot
The Solafact 9400 CBRN Reconnaissance Robotis designed for reconnaissance and rescue in CBRN contaminated environments, sampling of CBRN contaminants, and decontamination of CBRN polluted areas. The CBRN reconnaissance robot consists of the robot body, gamma ray detector, radionuclide identifier, neutron detector, chemical reconnaissance equipment, solid-liquid-gas sampling equipment, vehicle-mounted sensors, decontamination equipment, and a handheld remote control terminal. The CBRN reconnaissance robot uses a tracked chassis, providing high mobility, good body rigidity, and strong off-road capabilities. It can switch between wired and wireless control based on actual needs and can be equipped with different mission systems to meet the requirements of unmanned reconnaissance operations in various scenarios
Technical Indicators
| Parameter | Specification |
|---|---|
Physical Dimensions | |
| Length × Width × Height (Folded State) | ≤ 2000mm × 1000mm × 1300mm |
| Weight | ≤ 500kg |
Gimbal Performance | |
| Rotation Angle | Supports 360° horizontal rotation |
| Vertical Adjustment Range | ≥ 90° |
Robot Motion Performance | |
| Maximum Travel Speed | ≥ 10 km/h |
| Maximum Climbing Gradient | ≥ 45° |
| Maximum Wading Depth | ≥ 300 mm |
| Maximum Obstacle Height | ≥ 300 mm |
| Maximum Trench Width | ≥ 300 mm |
| Maximum Tilt Angle | ≥ 20° |
Gas Detection | |
| Detectable Gases | Capable of detecting Sarin (GB), Soman, VX, Tabun (GA), Mustard Gas (HD), Phosgene, Hydrogen Cyanide (HCN), Cyanogen Chloride, Hydrogen Sulfide, Ethylene Oxide, Chlorine, Sulfur Dioxide, Hydrogen Chloride, Ammonia, Nitrogen Dioxide, Hydrogen Fluoride, Carbon Monoxide, and more than 300 types of chemical warfare agents (nerve agents, blister agents, choking agents) and toxic hazardous gases. |
Radiation Resistance | |
| Resistance Level | ≥ 100mSv (4h) |
Explosion-ProofRating | |
| Standard | Ex db ib ⅡBT5 Gb |
Cable Reel | |
| Length | ≥ 20 m |
| Features | Overheat protection, thickened copper wire with PVC sheath, indicator light for power status, wire clamp to prevent automatic unwinding, portable handle for easy carrying, main control switch for one-click power on/off. |
Battery Performance | |
| Battery Life | ≥ 3h |
Alarm System | |
| Alarm Mode | Built-in audible and visual alarms with adjustable alarm thresholds |
Dose RateMeasurement | |
| Measurement Range | 0.1μGy/h ～ 10Gy/h |
EnergyDetection Range | |
| Energy Range | 50keV ～ 3MeV |
Detector and Crystal Size | |
| Detector Type | Lanthanum Bromide Crystal + Dual Range G-M Tube |
| Crystal Size | ≥ 1.5 x 1.5 inches |
Data Transmission | |
| Transmission Type | Video and detection data wirelessly transmitted to the remote control |
| Additional Features | Equipped with a 4G module and platform software, integrates with existing image transmission systems for real-time data transmission. |
Application Area
Main Applications |
|---|
| Reconnaissance of chemical contaminated environments in military battlefields |
| Close inspection and monitoring of nuclear radiation doses in high-radiation hazardous environments |
| Identifying and securing hazardous sources during urban operations, anti-terrorism, and emergency response |
| Mobile monitoring for chemical leaks in chemical production sites |
| Environmental monitoring and fire reconnaissance at fire scenes |
| Inspection in public places and areas with large crowds |
Features
| Highly mobile, suitable for multi-terrain and multi-scenario operations. |
| The camera is radiation-resistant and can operate in high-radiation environments. |
| Various types of nuclear radiation detection, capable of simultaneously detecting gamma rays, radionuclides, and neutrons. |
| High sensitivity and resolution in chemical detection, capable of detecting multiple chemical agents and common industrial toxic and hazardous gases. |
| Capable of sampling substances from multiple positions and in various forms. |
| The product meets the relevant requirements for firefighting explosion-proof reconnaissance robots specified in ‘GA 892.1-2010 Firefighting Robots Part 1: General Technical Requirements.’ |
| Intuitive and easy-to-use interface. |
| High degree of modularization, ensuring good maintainability. |
