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Description
*updates with coloured version later

In the future, drones, traps, and other forms of trickery have become the norm on the battlefront. Soldiers and human operators have become needless casualties, and robotic soldiers rule the field.

In 2094 SylCorp. operating out of New Port Town on the Canadian coast, created a truly effective robotic drone for bomb disposal, as cleverly laid mines and EMP bombs were becoming a problem on the South American front.

Through revolutionary camera-touch technology, operators are connected directly to the robot via comlink and several neural interconnectors, which, after reading the signals sent from synapses in the cortex, allow the robot itself to make similar movements.
Extremely dexterous fingers will immediately retract at the mere sense of an increasing heat signature, allowing for immense savings on replacements of damaged delicate parts, such as antennae, digits, and camera lenses.

The HMRS is in fact, also intended to be able to switch into a combat-ready position at any time. With its shoulder-guard, it can ram in doors of buildings and towers over for cover or as a means of offense. Super-durable synth-polymer tendons, which are also what allow such precise, human-like movements, can bend and stretch immense amounts of pressure, allowing the HMRS to lift objects of over 5 tons (over twice its weight). Additionally, heavy-duty traction treads located on its legs, knees, and feet allow it to walk forward into a heavy hail of bullets, crawl, or even roll for long distances under enemy fire without serious damage.

(c) me

Description
*updates with coloured version later

In the future, drones, traps, and other forms of trickery have become the norm on the battlefront. Soldiers and human operators have become needless casualties, and robotic soldiers rule the field.

In 2094 SylCorp. operating out of New Port Town on the Canadian coast, created a truly effective robotic drone for bomb disposal, as cleverly laid mines and EMP bombs were becoming a problem on the South American front.

Through revolutionary camera-touch technology, operators are connected directly to the robot via comlink and several neural interconnectors, which, after reading the signals sent from synapses in the cortex, allow the robot itself to make similar movements.
Extremely dexterous fingers will immediately retract at the mere sense of an increasing heat signature, allowing for immense savings on replacements of damaged delicate parts, such as antennae, digits, and camera lenses.

The HMRS is in fact, also intended to be able to switch into a combat-ready position at any time. With its shoulder-guard, it can ram in doors of buildings and towers over for cover or as a means of offense. Super-durable synth-polymer tendons, which are also what allow such precise, human-like movements, can bend and stretch immense amounts of pressure, allowing the HMRS to lift objects of over 5 tons (over twice its weight). Additionally, heavy-duty traction treads located on its legs, knees, and feet allow it to walk forward into a heavy hail of bullets, crawl, or even roll for long distances under enemy fire without serious damage.

(c) me