GROUPE RENAULT INVESTS IN MICRO-MOBILITY WITH NINO ROBOTICS

As part of this partnership, Groupe Renault willprovide financial support to Nino Robotics via

Mobilize Invest, an investmentcompany dedicated to projects with a strong social impact in the field of mobilityand undertakes to set up a sponsorshipscheme through working sessions with its engineers (battery experts,motorization, connectivity, etc.). The objective of this support is tocontribute to the development of NinoRobotics and in particular of NINO4, its future electric transporter, to increaseproduction to an industrial scale.

With NINO4, Pierre Bardina, founder of NinoRobotics, intends to offer a solutionfar removed from those usually offered to people with reduced mobility. Inaddition to its highly recognizable,sleek and colorful design, as well as its minimal space requirement, this "seated personaltransporter" will also be connectedto provide users with data, such as battery charge level, speed and mileage. A"Follow Me" function will allow a third party to guide NINO4 and itsuser by auto-follow. To date, Nino Robotics has developed and markets twoproducts: Nino, a self-balanced personal carrier and One, a scooter designedfor wheelchairs.

Pierrick Cornet, Alliance Project Director and mentor ofNino Robotics,said:
"Electric, connected and accessible to as many people as possible, NinoRobotics' vision of mobility is in line with Groupe Renault’s strategy andsocial commitment. As a mentor, my mission is to connect and enlighten the potentiallinks between Nino Robotics and the automotive world, and to facilitate thesharing of experiences... We deeply appreciate this opportunity to promoteexchanges between our teams and Nino Robotics: this meets to the ambition ofmany employees of the Group, including myself, to get involved in actions witha societal objective.”

Pierre Bardina, CEO of de Nino Robotics: “Nino Robotics was created to meet the mobility needs ofall those who walk little, badly or not at all. The concept of NINO4 is tocreate the desire to use a small electric device with a disruptive design.NINO4 is driven by everyone, including seniors, people with disabilities, oranyone with difficulties in their movements or movements, temporarily orpermanently. Because Nino Robotics' design significantly improves self-esteem,it has a very strong influence on the socialization of its users and, byrebound, on their morale and health. The machines created by Nino Robotics aresocial machines, creating mobility, modernity and connection.”

About Groupe Renault

Groupe Renault has manufactured carssince 1898. Today it is an international multi-brand group, selling close to3.9 million vehicles in 134 countries in 2018, with 36 manufacturing sites,12,700 points of sales and employing more than 180,000 people. To address themajor technological challenges of the future, while continuing to pursue itsprofitable growth strategy, Groupe Renault is focusing on internationalexpansion. To this end, it is drawing on the synergies of its five brands(Renault, Dacia, Renault Samsung Motors, Alpine and LADA), electric vehicles,and its unique alliance with Nissan and Mitsubishi Motors. With a 100% Renaultowned team committed to the Formula 1 World Championship since 2016, the brandis involved in motorsports, a real vector for innovation and awareness.

AboutNino Robotics

Created in December 2014, Nino Roboticswas created to meet the mobility needs of all those who walk little, badly ornot at all. A strong design, cutting-edge technologies and ease of use makeNino Robotics products unique mobility solutions. Nino Robotics' mission is tomeet a need for mobility, but also to change the way people look at things andmake daily travel a unique pleasure.

Nino Robotics has designed and markets 2products: Nino, a self-balanced personal carrier and One, a scooter designedfor wheelchairs. Since its creation, the company has sold more than 400 Ninoand 140 One for a total turnover of nearly 2.5 million euros. With NINO4, NinoRobotics takes a turning point by entering the world of MaaS, andmicro-mobility