Now you can buy your own DIY self-driving car!

Now you can buy your own DIY self-driving car!

The recent GM acquisition, OSVehicle, today unveiled the EDIT DIY self-driving car significantly lowering the barriers to entry for start-ups to develop autonomous vehicles. GM acquired OSVehicle in March 2017 for $1.1 billion in a bid to develop a self-driving “Vehicle-as-a -Service” (VaaS). OSVehicle had its debut at Y-Combinator in Silicon Valley where it introduced the TABBY EVO exposing the OSVehicle team to many conversations which they incorporated in the development of the EDIT. 

Being 100% modular allows companies to repair, replace and adapt different components resulting a tenfold longer product lifetime, lower total cost of ownership and recyclability. Companies can also upgrade the connected car & self-driving modules as technology improves over time without discarding still viable components. EDITs modular technology allows you to easily embed several autonomous driving technologies from level 0 to 5 or add your own self-driving code and custom hardware stack of lidars, sensors, CPUs, etc.

EDITs friendly shape, which easily transformable according to the needs of the customer that could help the transition towards a different layout of the autonomous driving cars of the future. Being modular makes the EDIT easy to repair and upgrade, disrupting many sectors as we transition faster to a zero emission and zero fatality mobility. The body is divided into five primary parts, four molds (front, rear, roof and double symmetrical door), optimizing production and decreasing costs. The interior can provide different settings depending on the level of autonomous driving. In a level 5 version, there is a “vis a vis” seating layout with a comfortable table in the central area without steering wheel where you can work while commuting.

Barriers to entry as a result of cost and time to develop exclude many great start-ups and ideas from the self-driving sector. EDIT is a ready-to-use technology that saves years of R&D and millions of dollars. There is no need to reinvent the wheel for startups that are struggling with reverse engineering and to cost-effectively integrate the newest technology into the closed design of cars already in the market. EDIT allows start-ups to employ a “lean and distributed” manufacturing principle thereby avoiding huge investments in factories resulting in a reduction of more than 80% in initial costs. OSVehicle claims its IKEA like approach saves up to 70% of logistic costs and hacks import taxes by shipping ‘EDIT’ in components as opposed to complete vehicles. OSVehicle uses the example of Nepal where import duty on assembled vehicles is 238% compared to 3% for ‘EDIT  components. OSVehicle did not provide any other guidance on the cost of the EDIT.

The disruption caused by the first ever ready-to-use Self-Driving EV will be felt in various sectors, including:

  • Ride and Car Sharing fleets don’t last more than two years due to heavy use. Vehicles that are modular, customizable and upgradeable prevent obsolescence, extending the life of a vehicle up to 20 years;
  • EDIT can be efficiently customized with heating and cooling components, disrupting commercial applications such as the Food Delivery Services;
  • Self-Driving Vehicle start-ups struggle with reverse engineering and to cost-effectively integrate new technology into the closed design of the traditional car. By adding non-integratable hardware to existing production vehicles, the interior and exterior designs of these vehicles could seem compromised. ‘EDIT’ is a production vehicle, future-proofed and designed specifically to be modular and always upgradeable.

EDIT is a white label platform for branding purposes whereby a brand can customize the exterior body and interior, still keeping the road legal certification. By being a Vehicle-as-a-Service solution companies can use EDIT to quickly deliver models tailored for each service and country. OSVehicle states that with the rise of food delivery, ride and car sharing, vehicles should focus on the service brand and its needs, not the car brand.

‘EDIT’ is designed in Italy by the OSVehicle team in collaboration with the design company Camal. EDITs design is compliant with European, US, and Asian safety regulations.

If you are only a hobbyist or ultra lean start-up wanting to build a self-driving car and find that the cost of EDIT is still too high, follow our advice in the earlier post. Just buy the OSVehicle TABBY EVO from as little as $12,000 and add to that George Hotz’s self-driving car kit which he plans to market through his company at a price of $1,000.

The future is already here. Please feel free to share your thoughts on the EDIT DIY autonomous vehicle with the community in the comment section below or the OSVehicle forum on our app, that is if you have swiped right to “like” the EV.



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Today GM acquired its second Y Incubator company, the Italian based OSVehicle, for $1.1 billion in a bid to develop a self-driving “Vehicle-as-a -Service” (VaaS).

OSVehicle provides an open-source platform to hobbyists and other start-ups. Customers can have a full EV platform, the Tabby EVO, shipped between $12,500 and $19,500. OSVehicle claim start-ups can save $2 million and 3-years in Research and Development by going the open-source route. The open-source platform enables for larger disruption in mobility options using electric vehicles. Imagine adding George Hotz’s self-driving car kit which he plans to market through his company at a price of $1,000, and you can build your own “ai-chauffeur” driven zero emission vehicle.

GM aims to use OSVehicle to develop its EDIT modular self-driving car based on the Chevy Bolt M1 platform. The decision was influenced by the ability of modular platforms to extend the lifespan of heavy use vehicles, such as ride sharing and hailing applications. OSVehicle‘s Yuki and Tin Hang Liu claim that through the use of modular architecture, car fleets can last ten times longer by enabling seamless hardware upgrades of self-driving and connected car technologies.

The current rush for electric car technology, autonomous vehicle technology, and mobility solutions has created some billion dollar transactions as automakers try and gain an edge over competitors. GM’s other recent investments include a strategic move into “Mobility as a Service” by investing $500 million into Uber competitor Lyft and autonomous vehicle company, Cruise Automation. GM also launched its own car sharing service, Maven.

Below are a few of the projects already developed on OSVehicle DIY electric vehicle platform. Please comment on what applications you would include in your own electric vehicle.

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