Mellowcabs are electric minicabs that can be ordered via Mellowcabs app or website.
Mellowcabs are three-wheeled electric minicabs that are designed to provide an efficient on-demand taxi service in urban areas. They are eco-friendly with zero carbon emissions as they use a solar panel that produces up to 35% of the cab’s power and a battery to complement the cab’s needs. They are aimed to provide micro transport within a three miles radius. A single Mellowcab can provide over 120 km of transport per day. A mobile app connects the commuters and the cabs and payment can be made via the app. A promotional video is available here.
Mellowcabs operates as the primary implementing company.
The mellow cab team aim to provide low-cost transport (less than 2 USD irrespective of the distance traveled).
Commuters within urban centers seeking low cost transportation limited to 4 km.
The cabs are manufactured in South Africa.
Passengers check nearest cabs from the Mellowcabs app, set a meeting point on the screen and hail a cab. Once the cab reaches, the driver greets the passenger by name and the passenger hops in. Upon destination, the application charges the passenger’s card.
The number of people that can fit within product [Persons]
The ratio between the rates at which the last and first gears rotate
The Mellowcab weighs 230 kg (or 507 lbs), with three wheels and powered by pedals and an electric assist motor. The protective shell is made from recycled-plastic compound, and the electric wheel-hub motors are internally geared. When you start pedaling, the motors engage.
Battery Lithium Ion 200 Ah
Motor 48 V / 5 kW
Vehicle dimensions 3100 mm x 1200 mm x 1800 mm
Frame chassis Aluminum
Transmission mode 16:1 reduction gear
Shell material Fiberglass composite
Wheelbase 2800 mm
Rear axle span 990 mm
Maximum load capacity 415 kg
Maximum forward speed 65 km/h
Maximum backward speed with reverse gear, max backward speed 15 km/h
Technical support is provided by the manufacturer.
Replaceable components include the solar panel, battery, motor, chassis and frame.
Mellowcabs aims to provide low-cost and eco-friendly transport.
Mellowcabs has however measured product performance through several trials in the field.
Testing has only been done through the manufacturer.
Before launching and releasing each MellowCab, the brakes, lights, and power systems of the vehicle are tested.
Towards improved safety, the MellowCab team has developed ultra-rigid roll cage, safety belts, and proximity sensors for the vehicles. Passengers are able to use lockable baggage areas underneath the seat to keep property safe. Drivers, after every shift, inspect the vehicle and complete a fault report. Maintenance is done on a scheduled basis.
To ensure passenger safety, the cabs are monitored and tracked using a real-time GPS. Driving staff must complete an in-house training program, possess both a valid South Africa motorcycle license and a professional-driving permit and submit random alcohol and drug tests. Passengers can also submit their feedback via on-board tablet.
Dressler, A. and Bucher, J., 2018, Introducing a Sustainability Evaluation Framework based on the Sustainable Development Goals applied to Four Cases of South African Frugal Innovation, Business Strategy and Development, 1(4), pp. 276-285
Joss, A., 2018, Design and Optimisation of a Hub Drive Electrical Motor for an L2 Class Electrical Vehicle for Sustainable Urban Transport Applications, M.E. Thesis, Department of Electrical and Electronic Engineering, Stellenbosch University
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