Vespa MAV
The Vespa is a micro air vehicle (MAV) developed by Galaxias Dynamics which allows soldiers in the field to spy potential threats that maybe be lurking just around the corner. The small, remotely-controlled rotorcraft offers intelligence, surveillance and reconnaissance support to troops in all areas of the Blackhelm Confederate army, not only the Imperial Guard and other elite formations, providing access to remote locations and providing unparalleled situational awareness on the battle field. The Vespa itself is constructed of a rugged, plastic-molded shell. The aerodynamic shape of the MAV was purpose designed to withstand stormy winds. The tiny drone is fitted with three surveillance cameras concealed within its nose.
The MAV has a length of about 100mm and rotor span of 120mm. It has a weight of 16 grams including the surveillance camera. The total system excluding display weighs less than 1kg. The Vespa is designed specifically for easy transportation- the entire system fits in a soldier's pocket, but is most commonly carried in the assault rucksack of a decanus, and distributed at squad level. The ultra-compact dimensions of Vespa also enable the operator to use it in congested and threat-prone areas effectively. The system generates almost negligible noise, making the aircraft more stealthy and re-usable. The small spy craft is readily available to fly and takes less than a minute for takeoff. It is installed with a steerable electro-optic (EO) camera capable of producing still images as well as live videos that are displayed on a hand-held device. The camera can be zoomed for clearer picture using the base station controls.The auto pilot system installed onboard the Vespa enables the operator to handle the drone in two modes. The drone can either be operated directly or can be programmed to go through a predefined path using the GPS system installed inside. The digital data link allows the operator to control the MAV within a range of 1,000m, and can travel at a speed .
The Vespa micro UAV is powered by a very small rechargeable battery. The battery is designed to rotate both horizontal and vertical rotors installed on the drone, and have a life of about 25 minutes.The MAV is controlled by an operator from the ground using a joystick-like device. The vehicle can fly at a speed of nearly 60mph. The base station of the Vespa offers planning, execution and analysis services to the operator of the system. It includes display connections and system control connections.