Mobility System | Navigating rubble, steep slopes in fires | Industry: 30% incline (ISO 12183). Base: 40% incline▲10%. Advanced: 50% incline▲10% (vs Base) | ▲ Superior terrain handling; Advanced excels in extreme terrains. | Tracked systems require more maintenance; Advanced adds weight. |
Payload Capacity | Carrying fire suppressants or rescue gear | Industry: 50 kg. Base: 80 kg▲30 kg (vs Standard). Advanced: 120 kg▲40 kg (vs Base) | ▲ Increased capacity for heavy tools; Advanced supports 120 kg payloads. | Heavier payloads may reduce mobility; Advanced requires reinforced chassis. |
Heat Resistance | Proximity to flames or intense heat | Industry: Steel (500°C). Base: Aluminum (600°C▲100°C). Advanced: Ceramic (800°C▲200°C) | ▲ Lighter weight with Base; Advanced withstands hotter environments. | Aluminum may dent; Advanced materials are costly. |
Sensor Suite | Locating victims in smoke-filled areas | Industry: Thermal (20m range). Base: Enhanced Thermal (30m▲10m). Advanced: Multispectral+LiDAR (50m▲30m) | ▲ Better detection in smoke; Advanced offers 3D mapping. | Advanced sensors add cost and complexity; LiDAR may need calibration. |
Customization | Adapting to different firefighting tasks | Industry: Fixed tools. Base: Modular (▲50% tool options). Advanced: Rapid tool exchange (▲2x speed vs Base) | ▲ Flexibility in mission configurations; Advanced allows quick tool changes. | Modular joints may be weaker; Advanced requires training. |
Power Efficiency | Prolonged operations in disaster zones | Industry: 2-hour battery. Base: 4-hour wireless▲2hrs. Advanced: 6-hour + solar▲4hrs total (vs Standard) | ▲ Wireless mobility; Advanced extends runtime with solar charging. | Wireless may have signal issues; Solar adds bulk and weight. |