Servvan: The Future of Transportation

Revolutionizing the way we travel

Inspired by the original idea of the car as a means of efficient transportation, Pogorelov's Servvan aims to restore the purpose of the automobile while increasing its functionality and value in everyday life. Drawing inspiration from the technocratic system of governance and the iconic Russo-Balt 524-55 Monte Carlo Rally car, Servvan combines innovation, design, and practicality.

What sets Servvan apart from other vehicles is its unique set of features. As a service or rental car, it operates with unmanned control, making it convenient and accessible for users. The vehicle's symmetrical design not only enhances its aesthetic appeal but also reduces production costs. With four swivel motor-wheels and the ability to reverse motion, Servvan offers exceptional maneuverability, even in tight spaces.

One of the standout features of Servvan is its boarding configuration, which allows passengers to face each other. This design choice promotes better communication and interaction among passengers, creating a more enjoyable travel experience. Additionally, Servvan vehicles are interconnected, forming a cohesive system that enables communication between vehicles. This not only enhances the efficiency of passenger transportation but also allows for the formation of road trains, further optimizing travel.

Technologically advanced, Servvan utilizes a system of magnets controlled by an onboard computer to facilitate docking between vehicles. The motor-wheels can be standard, while the doors are operated by hydraulic or pneumatic actuators. The vehicle's screen is made using the Exatec technology 500, a polycarbonate material that provides both durability and visual appeal.

With overall dimensions of 1900mm x 5400mm x 1550mm, Servvan offers ample space for passengers to travel comfortably. The seat back angle of 28 degrees, similar to that of luxury cars, ensures a relaxing and ergonomic seating position. The vehicle's maximum turning angle of 45 degrees allows for smooth navigation, while the 80cm (31.5 inches) wheel diameter ensures stability and control.

Servvan's impact on modern life is significant. With a vast fleet of these vehicles, users can order a car through the internet for unplanned trips, and the vehicle will arrive at their doorstep to transport them to their destination. As a service, Servvan follows predetermined routes, picking up passengers at designated locations and times. This constant utilization ensures maximum efficiency and accessibility.

The Servvan project, which began in September 2012 and concluded in February 2013 in Moscow, was driven by extensive research. Market analysis revealed the necessity of robotic vehicles in modern life, with the potential to reduce road accidents, save time and fuel, and decrease the number of cars on the road. Servvan's design overcame the challenges of modern automotive design, focusing on simplicity, functionality, and problem-solving rather than superficial aesthetics.

Recognized for its exceptional innovation and design, Servvan was awarded the Silver A' Design Award in 2014. This prestigious accolade celebrates the vehicle's outstanding technical characteristics, artistic skill, and ability to inspire awe and wonder.

Servvan is not just a vehicle; it represents a paradigm shift in transportation. With its unique features, efficiency, and commitment to solving global problems, Servvan is paving the way for a future where transportation is smarter, more sustainable, and more enjoyable.