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Local Motors 3D printed Olli shuttle gets improved 3D vision with Velodyne deal

Velodyne Lidar signed a multi-year sales agreement with Local Motors, the digital vehicle manufacturer developing sustainable mobility solutions to empower communities around the world. Local Motors uses Velodyne’s lidar sensors to enable safe, reliable operation of Olli, the company’s 3D printed, electric, self-driving shuttle.

Local Motors includes multiple Velodyne Puck sensors in Olli, which provides mobility services across neighborhoods, campuses and urban city centers. The sales agreement also positions Local Motors to incorporate additional Velodyne sensors, including the Velarray H800, into Olli designs so the company can continue to optimize the perception system of the autonomous vehicle.

The 360-degree surround-view Puck sensor can eliminate blind spots as Olli navigates in varied driving conditions. The sensor’s proven durability on roadways and range of sensing to support safer navigation were also important decision drivers for Local Motors.

Velodyne
Local Motors includes multiple Velodyne Puck sensors in Olli, a self-driving shuttle which provides mobility services across neighborhoods, campuses and urban city centers.

The Puck’s sleek, compact form factor made it easy for Local Motors to aesthetically integrate the sensor into the elegantly designed Olli, including behind the vehicle’s AGC Wideye™ automotive-grade glass. A highly automated, mass production manufacturing operation enables Velodyne to deliver cost-effective Puck sensors to the Local Motors microfactory.

Local Motors includes multiple Velodyne Puck sensors in Olli, a self-driving shuttle that provides mobility services across neighborhoods, campuses and urban city centers.

Olli is deployed at universities, business parks and local communities throughout the United States and in Asia, Europe and the Middle East. Olli acts as a connector in multimodal transportation networks that complements existing mobility ecosystems by providing a first-mile, last-mile solution that addresses transportation gaps and inefficiencies.

Deployments of Olli 2.0, Local Motors’ latest iteration, include the Jacksonville (Fla.) Transportation Authority’s Test & Learn Program. The deployment of the Olli 2.0 at JTA was the first in the United States and made possible through a recent partnership with Beep, a Florida-based mobility-as-a-service provider. Local Motors and Beep have plans to deploy hundreds of autonomous vehicles in the coming years.

Velodyne
The Velodyne Lidar/Local Motors sales agreement positions Local Motors to incorporate additional Velodyne sensors, including the Velarray H800, into Olli designs so the company can continue to optimize the perception system of the autonomous vehicle.

“We selected Velodyne’s sensors after a rigorous evaluation process where they clearly stood out as the right strategic partner to address our long-term lidar needs,” said Vikrant Aggarwal, President, Local Motors. “Velodyne’s technology leadership gives us the confidence we will always have the latest lidar technology to help ensure safety in our vehicles. We look forward to co-evolving our product offerings to address more use cases in the autonomous mobility space.”

“With Olli, Local Motors is empowering communities to redefine local transportation and create opportunities for people with mobility challenges,” said Laura Wrisley, Vice President of North American Sales, Velodyne Lidar. “Our sensors provide the much-needed data for Olli’s critical safety features. Local Motors is a valued customer that is open and easy to collaborate with in addressing their lidar needs. The insights from Local Motors on our product development and prototypes have been very helpful in shaping our sensor portfolio to enable safer autonomous driving.”

Velodyne Puck sensors provide rich computer perception data that make it quick and easy for autonomous solutions to build highly accurate 3D maps for navigation. The Puck delivers a high-resolution surround-view image that can accurately measure and analyze an environment. The Puck’s reliability, power-efficiency and versatility make it an ideal solution for demanding mobility and other applications.

Victor Anusci

Victor does not really exist. He is a pseudonym for several writers in the 3D Printing Media Network team. As a pseudonym, Victor has also had a fascinating made-up life story, living as a digital (and virtual) nomad to cover the global AM industry. He has always worked extra-hard whenever he was needed to create unique content. However, lately, as our editorial team has grown, he is mostly taking care of publishing press releases.

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