VIPeR

Lore & Background

The VIPeR robot was unveiled in March 2007 by Elbit Systems, an Israeli company, with technology developed in cooperation with Galileo Mobility Ltd. It was designed for enhanced mobility in challenging environments, employing a unique pair of wheel/track systems known as the Galileo Wheel system, invented by Avishay Novoplanski and patented by Galileo Mobility Instrument of Israel. This system allows the wheels to change shape to adapt to various terrains. The robot also features a tail for balance, enabling it to climb stairs and recover from overturns.

At the Modern Day Marine Conference in Quantico, VA, Elbit Systems of America showcased the VIPeR on the Ground Robotics Obstacle Course, which was designed to test robots in simulated battle conditions. The course included deep sand, small gravel, brush and debris, speed bumps, stairs, and a tunnel. Out of eight robots tested, the VIPeR was noted as one of the most efficient. The robot is remotely operated through a control harness and a helmet-mounted display, relying entirely on human guidance.

VIPeR is designed to be lightweight at approximately 11 kg and portable, carried by a single person in a backpack. Its small signature allows it to be equipped with various optional payloads, including Pan & Tilt cameras, Forward Looking Infrared (FLIR), day/night observation cameras with zoom, an explosives sniffer, a disrupter, a 9 mm mini-Uzi with scope and pointer, a grenade releaser, a 4-foot robotic arm, a gripper, and in-building mapping technology. The operational plan includes deployment with special forces and regular infantry units for exploring caves and tunnels, detecting IEDs and booby traps, and alerting soldiers to potential threats.

Reader's Guide

The VIPeR represents a specific approach to military robotics, emphasizing portability and adaptability for dismounted soldiers in urban and confined environments. Its significance lies in the Galileo Wheel system, which enables shape-changing wheels to traverse diverse terrains such as sand, gravel, brush, stairs, and tunnels, as demonstrated during testing at the Modern Day Marine Conference. The robot's tail for balance and self-recovery further enhances its utility in complex settings like rubble, dark alleys, caves, and narrow tunnels. By being remotely operated rather than autonomous, the VIPeR keeps human soldiers in direct control, reducing risk in high-risk scenarios such as exploring caves and tunnels where safety is a primary concern. Its compact design, weighing about 11 kg and fitting in a backpack, allows for easy transport by a single soldier. The robot's ability to carry a range of payloads—from cameras and explosives sniffers to a mini-Uzi and a robotic arm—makes it a versatile tool for detecting IEDs, booby traps, and other threats. The legacy of the VIPeR is tied to its role as a practical, soldier-carried asset for special forces and infantry units, offering a balance of mobility, payload capacity, and remote operation in dangerous environments.