Surp is a robot that resembles and moves like a biological snake, purely by flexing its body. This serpentine robot comes in many shapes and sizes - long snakebots, earthquake snakebots, and medical snakebots that are small enough to maneuver around organs inside a human chest cavity. Surps are most useful in situations where their unique characteristics give them an advantage over their environment, including long and thin pipe-like structures, or highly cluttered rubble. Considering this, Surp is currently being developed to assist search and rescue teams. The usefulness and advantage of Surp is not restricted to a particular field but can be engineered to be used in wide range of fields right from those working at ground level to any advanced technology working in the sky or beyond. to earth till sky. This report describes the key uses of Surp in multiple aspects field. The report describes the innovation used and usefulness of the Surp system in various platforms and giving the overall image of the system.
Surp is Versatile
Surp is one complex piece of design and is made to be operated in various scenarios.
The following point keeps it different in the crowd:
1. Single design Multi use
The extraordinary design of the systems makes it flexible to be operated in almost any condition and any scenario. The SURP systems don’t need a major design change to be operated in a new application.
2. Raw Material
The Composite material used for the construction of the systems is easily available, can also be made rugged and waterproof. The material used is rust proof and with stand temperature changes without changing its shape. It with-stand restrain, hence making it ideal to be used in almost any terrain and climate.
The range of applications that SURP can be used makes it unique as just one single systems can be used in various application with minor changes,hence removing the need to make application specific systems.
The SURP is made of composite material which is easily available and easy to fix.
Since each module can be replaced and attached back, it is really easy to change a damaged module and attach a new one. Similarly modules can be reused from a damaged system and can be used in a new system.