Type: GE Liftcycle Class: Ac-Y2-1a Ravas Liftcycle Designer: Ushano Biran Manufacturer: Ahmida Civiltech Production: Full Mass Production Pilots: 1 Maximum Capacity: 2 Humanoids (Driver + Passenger) and 40 Kg of Cargo Cost: 8200 KD Appearance: The Ravas Liftcycle is a Supercycle-class (Meaning a Liftcycle designed for optimized performance at the expense of comfort, passenger/load capacity, and other features) vehicle that travels on a light gravity field generated by a pair of GravElectric lifters resting in a lightweight frame (one in the front and one in the back) with a seat that is straddled by the operator along with touch sensitive pads on the handlebars for steering control. The combination of these help maintain structural integrity and chassis rigidity. An airflow system takes in particles from the air and ionizes them to provide thrust out of a rear jet, and steering is achieved with smaller jets on either side of the vehicle. Four small jets surrounding the rear jet provide thrust for vertical movement. The front fairings are shaped to reduce aerodynamic drag as much as possible and provide wind protection for the rider. The high foot pegs move the legs closer to the body and a lower set of hand controls position the body and weight forward and over the supercapacitor.
These overall design traits mean that they are less practical for street use than other Liftcycles. Like other lifter-based vehicles it is capable of handling a wider variety of terrain than wheeled or tracked vehicles. Although it is street-legal vehicle in most planetary areas, there are some Metropolitan communities which prohibit the use of open-topped vehicles due to the increased danger of injury during a high-speed collision. There are few extra features or comforts like those present on touring liftcycles such as larger storage capacity, room for saddlebags, large windshields, or fairings providing protection from rain. Rider position and ergonomics are compromised in favor of weight distribution and aerodynamics. Even though the performance of stock Ravas Liftcycles is so high they can be used on a race track without modification, the vehicle is still a popular target for aftermarket modifications, from flashy cosmetic changes in Metropolitan areas to high-speed performance tuning for racing out in open, rural areas. While the lifter in the Ravas is capable of reaching an altitude of 4 kilometers, racing is mostly done close to the ground since the friction provides much better handling and acceleration characteristics.
Maximum Speed: 350 km/h (12.9s) Cruising Speed: 120 km/h (4.4s) Acceleration: 7.5 m/s^2 Maximum Altitude: 4 km Minimum Altitude: 27 cm Approximate range: 10,000 km
All prices are for the physical elements only and do not include cost of installation.