BƎ-MOVS
Powerful and versatile, long-range battery up to 50 km, disc braking system, foldable and safe.
BƎ-MOVS is a personal electric vehicle designed to optimize last-mile travel in high-density urban environments, such as downtown Bogotá. Its foldable, safe, and long-range design addresses the need for intermodality, offering a compact and efficient alternative for executives and users seeking sustainable mobility options. By integrating with other transportation systems, BƎ-MOVS aims to become part of everyday urban activities, reducing dependence on cars, easing city congestion, and providing a swift and versatile mobility experience.
NEED
In Bogotá, heavy traffic congestion and the lack of efficient mobility alternatives have led to an excessive reliance on private and mass transportation. Currently, there are not enough incentives for users to adopt more sustainable and user-friendly transportation options that facilitate the transition between walking and personal mobility vehicles. This situation negatively impacts the quality of urban space and the overall efficiency of mobility in the city.
OPPORTUNITY
The development of a personal electric vehicle tailored to the dynamics of downtown Bogotá presents a viable solution to improve mobility in high-activity areas. BƎ-MOVS offers a compact and safe alternative that integrates with public transportation, allowing users to optimize their commutes without depending on cars. Its modular and portable design makes it an attractive option for executives and city dwellers seeking a fast, safe, and sustainable way to travel.
General Objective
Design a personal electric vehicle for executives that integrates into the sustainable mobility dynamics of downtown Bogotá, promoting intermodality and reducing dependence on cars and parking spaces.
Specifics Objectives
Develop a compact and foldable vehicle that facilitates transportation and storage in limited spaces.
Ensure a safe mobility experience for users and pedestrians through a stable and efficient braking system.
Encourage the use of sustainable mobility alternatives with an attractive and functional design that motivates adoption in urban environments.
DESIGN METHODOLOGY
The development of BE-MOVS was based on an iterative, user-centered design process, combining qualitative and quantitative research to understand mobility needs in downtown Bogotá. Through observation, benchmarking, and conceptual validation, a solution was built to align with urban dynamics and user expectations.
Primary Research
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User Observation: Pedestrian and cyclist count on Carrera Séptima to assess mobility patterns.
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Interviews: Collection of testimonials from potential users regarding their transportation habits and needs.
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Empathy: Participant observation through a 3 km skateboard journey to identify opportunities and challenges in using this type of vehicle.
Design Concept Definition
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Requirements and Determinants: Identification of design criteria based on observation and contextual analysis.
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Benchmarking and Reference Analysis: Evaluation of similar market products to identify strengths, weaknesses, and improvement opportunities.
Ideation and Development
Secondary Research
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Review of mobility plans, current regulations, books, and academic articles to understand the regulatory context and trends in sustainable mobility.
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Sketching: Three conceptual iterations to refine the design proposal and validate its relevance.
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Physical Modeling: Prototype construction to assess technological feasibility and product ergonomics.
50
km
Long-Range Battery
/
2
seg
/
Folding Innovation
110
kg
Load Capacity
/
6
h
Battery Autonomy
Moving Made Easy
Every detail of BE-MOVS was designed with the travel experience and user safety in mind. Its angular language conveys power, while clean, intersecting lines prioritize usability, ensuring a secure and intuitive ride. With just one push, your journey begins—no matter the time or terrain, you’ll travel comfortably and safely, bringing your style along with you.
Minimalist Design
Sleek, organic elements
Engineered for Safety
Suspension, laser-guided steering, and disc brakes
Compacto
Slim and lightweight
Aerospace-Grade Aluminum Frame
Polymer-Coated Wheels
A robust aerospace aluminum structure with low density and high structural strength. It also features excellent corrosion resistance for added durability. Weighing only 9 kg,
BE-MOVS has the perfect size and weight for easy transport and maneuverability on stairs and various surfaces.
8-inch wheels with an organic Voronoi tread pattern ensure superior grip and traction. Their design provides stability on any terrain, thanks to independent suspension and a tilt-based turning system that responds to the user's movement.
Suspension
A smooth, stable, and safe ride on every journey—this is the experience delivered by BE-MOVS' suspension system. Designed for all terrains, it eliminates vibrations caused by changes in surface texture, asphalt variations, or uneven ground inclinations.
Recover and Regenerate Energy
Energy Efficiency
To extend battery life, BE-MOVS converts and stores kinetic energy during acceleration into electrical energy. It is also equipped with regenerative braking (KERS) for additional energy recovery. This enhances emergency braking while simultaneously extending battery life.
50km Range Battery
Smart Energy Management
High-capacity 18650mAh lithium battery cells supplied by TESLA provide up to 50km of travel on a single charge. The intelligent battery management system and app control allow you to monitor battery status and receive instant notifications in case of any issues.
BƎ-MOVS
APP
Turn your smartphone into your dashboard. Pair your BE-MOVS with Bluetooth and use the application to see the speed, the remaining energy, and other real-time data, ensuring that you always have the best experience possible.
Update and support
Travel statistics
IMPACT
BE-MOVS transforms urban mobility by offering an efficient and sustainable alternative for last-mile travel. Its compact and portable design facilitates integration with other transportation systems, reducing car dependency and easing congestion in high-activity urban areas. By enabling a smooth transition between pedestrian mobility and mass transit, this personal vehicle not only optimizes daily commutes for executives in Bogotá but also promotes the use of cleaner and more agile alternative transportation. Additionally, its ease of charging and storage reinforces intermodality, making it a viable solution for more flexible and environmentally responsible mobility.
WHAT I LEARNED
The development of BE-MOVS highlights the importance of designing mobility solutions that adapt to the urban context and user dynamics. I realized that a personal vehicle is not just a transportation alternative but a catalyst for changing commuting habits and reducing reliance on traditional means. I also discovered that user perception plays a key role in adopting new forms of mobility—factors such as aesthetics, ease of use, and integration with existing infrastructure are crucial for acceptance. Ultimately, this project demonstrated how design can create a positive impact on the city by improving travel efficiency and fostering sustainable mobility.
Sebastian Vargas
Industrial Designer
Alejandro Gomez
Industrial Designer
Adrian Goyeneche
Industrial Designer
Ǝ-MOVS is a design team focused on urban pedestrian mobility, implementing personal electric vehicles for commuting, urban activities, and connectivity with transportation systems in the city.
BƎ-MOVS participated in the XX Pan-American Congress of Engineering, Transportation, and Logistics 2018, recognized for its relevance as an innovative proposal that redefines urban mobility dynamics and transportation solutions for the population.