MTS Urent

MTS Urent: Smart Mobility on Demand

MTS Urent is a mobile application that provides users with instant access to rental services for a variety of personal mobility devices, including electric scooters, bicycles, and mopeds. Developed by the MTS ecosystem, the app integrates payment and user authentication through the broader MTS digital infrastructure. It focuses on offering a seamless, pay-per-use experience in urban environments, allowing users to locate, unlock, and rent vehicles directly from their smartphones without the need for long-term commitments or physical rental stations.

Chapter 1: Function

The core function of MTS Urent is to facilitate short-term, dockless rentals of electric scooters and bicycles. The app uses GPS mapping to display nearby available vehicles in real time. Users can scan a QR code on the vehicle to unlock it instantly, after which a timer-based billing begins. The app’s interface allows users to pause or end a rental at any time, automatically calculating the final cost based on duration. It also includes an integrated wallet for MTS subscribers, enabling automatic payments without manual card entry. Additional features include helmet availability indicators for certain vehicle types, a speed limiter for novice riders, and a parking zone map that highlights legal drop-off areas to avoid fines. The app also provides a trip history log for expense tracking and route visualization.

Chapter 2: Value

MTS Urent delivers significant value by solving the first-mile and last-mile transportation gap in crowded cities. Its key advantage is the elimination of ownership costs: users pay only for the time they ride, with no maintenance, storage, or insurance fees. The app leverages the existing MTS telecom subscriber base, allowing for frictionless registration and billing through the user’s mobile account. This integration reduces sign-up barriers and provides a trusted payment layer. For frequent users, subscription plans offer discounted per-minute rates, making daily commuting more affordable than taxis or ride-sharing. The service also promotes environmental sustainability by encouraging the use of electric vehicles over fossil-fuel alternatives. Another critical advantage is the real-time availability data: users can reserve a vehicle for up to 10 minutes, ensuring they are not left stranded. The app’s geofencing technology prevents unauthorized parking in restricted zones, protecting users from penalties. For city planners, MTS Urent provides aggregated mobility data to optimize urban infrastructure, indirectly benefiting all app users through better city planning.

Chapter 3: Scenarios

MTS Urent primarily targets urban commuters aged 18 to 45 who need flexible transport for short distances. Primary scenarios include office workers traveling from a metro station to their workplace, university students moving between campus buildings, and delivery couriers making last-kilometer drops. The app is also used by tourists exploring city centers without renting a car. Everyday use cases include morning commutes of 1 to 3 kilometers, quick errands like picking up groceries, and evening leisure rides in parks or along waterfronts. The service is especially popular during rush hours when public transport is overcrowded, and during fair-weather weekends when recreational riding peaks. MTS Urent also serves corporate clients who buy bulk ride credits for employee use, enabling companies to subsidize sustainable commuting. The app’s multi-language interface supports both local residents and international travelers, broadening its daily applicability across diverse demographics.