1. Main functions: The crawler-type explosion-proof robot chassis uses lithium battery power as the power 1. Main functions: The crawler-type explosion-proof robot chassis uses lithium battery power as the power source and is controlled remotely via wireless means. It can be equipped in various forms and its in-place rotation design enables more flexible operation.
2. Application scenarios: The entire machine is explosion-proof and can be used in various large-scale petrochemical enterprises, tunnels, subways, etc. These places with increasing risks of oil and gas leakage, toxic gas explosion, tunnel and subway collapses, etc. are prone to disaste1. Main functions: The crawler-type explosion-proof robot chassis uses lithium battery power as the power source and is controlled remotely via wireless means. It can be equipped in various forms and its in-place rotation design enables more flexible operation.
2. Application scenarios: The entire machine is explosion-proof and can be used in various large-scale petrochemical enterprises, tunnels, subways, etc. These places with increasing risks of oil and gas leakage, toxic gas explosion, tunnel and subway collapses, etc. are prone to disasters.rs.source and is controlled remotely via wireless means. It can be equipped in various forms and its in-place rotation design enables more flexible operation.
2. Application scenarios: The entire machine is explosion-proof and can be used in various large-scale petrochemical enterprises, tunnels, subways, etc. These places with increasing risks of oil and gas leakage, toxic gas explosion, tunnel and subway collapses, etc. are prone to disasters.
