Velodyne Lidar
A lidar technology company that developed sensors and software for autonomous vehicles, driver assistance, mapping, robotics, and infrastructure applications.
Last updated November 4, 2026
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Overview
Velodyne Lidar was a Silicon Valley lidar technology company headquartered in San Jose, California. It became one of the most visible specialist suppliers in the early autonomous-driving industry by developing high-resolution three-dimensional sensing systems capable of scanning a vehicle’s surroundings in multiple directions. Its products were used, or evaluated, in autonomous vehicles, advanced driver-assistance systems, mobile mapping, robotics, industrial equipment, security, infrastructure inspection, smart-city projects, and unmanned systems. The company originated in the audio business founded by David Hall in 1983. Velodyne Acoustics was known for subwoofer technology, but the company’s direction changed after David Hall and his brother Bruce Hall participated in the 2005 DARPA Grand Challenge, an autonomous-vehicle competition. The experience exposed the limitations of camera-only perception and of earlier lidar systems that captured only a narrow line of sight. Velodyne responded by developing a rotating multi-laser lidar design. Its 2007 system used 64 lasers and time-of-flight measurement to create a 360-degree three-dimensional representation of the environment, producing approximately one million data points per second. The technology was supplied as a steering and perception input to most of the teams that completed that year’s challenge, helping establish Velodyne’s reputation among automotive and robotics researchers. The lidar division was separated from Velodyne Acoustics in 2016 as Velodyne Lidar, Inc. That year, Ford and Baidu together announced a major investment in the new company, giving Velodyne additional resources and strategic visibility. The company expanded manufacturing in San Jose with a facility often described as a megafactory and maintained research and development activities in Alameda, California. Its customers and collaborators included automakers, mapping companies, industrial-equipment manufacturers, robotics firms, autonomous-shuttle developers, and technology companies. Google’s early self-driving-car program, for example, used Velodyne’s HDL-64E sensor in prototype vehicles, while Caterpillar used the company’s technology for off-road mapping and machine applications. Velodyne broadened its portfolio beyond large roof-mounted spinning sensors. The Velarray family introduced a compact solid-state form factor intended for integration into vehicle rooflines, bumpers, or windshields. Other products included the Alpha Puck, formerly known as the VLS-128, the Alpha Prime, the near-field VelaDome, and the compact Velabit. The company also developed Vella software for functions such as lane keeping, automatic emergency braking, and adaptive cruise control. These products reflected an industry shift toward smaller, lower-cost, more easily integrated sensors for production vehicles, delivery systems, and robots. In 2020, Velodyne became a publicly traded company through a business combination with Graf Industrial Corp., a special-purpose acquisition company, and began trading on Nasdaq under VLDR. The listing occurred during intense investor interest in autonomous-driving technology, although the lidar sector faced substantial technical, manufacturing, pricing, and commercialization challenges. Leadership changed during this period: Anand Gopalan replaced David Hall as chief executive in 2020, and Theodore “Ted” Tewksbury became chief executive in 2021. A corporate dispute involving the Hall family and the company also resulted in David Hall’s removal as chairman and the termination of Marta Thoma Hall’s employment, while she remained a board member. Velodyne and Ouster announced an all-stock merger in November 2022. The transaction closed in February 2023, creating a combined company operating under the Ouster name and trading on the New York Stock Exchange under OUST. As a result, Velodyne Lidar ceased to operate as an independent publicly traded company, although its technology, products, customer relationships, and brand heritage became part of the combined Ouster business.
History
Velodyne was founded by David Hall in 1983 as an audio company specializing in subwoofers. Its later identity was shaped by the Halls’ participation in the DARPA Grand Challenge, a series of autonomous-vehicle competitions. After entering the 2005 event, the team identified weaknesses in camera-based perception and in lidar systems that scanned only a single line. Velodyne subsequently developed a rotating array containing 64 lasers. By measuring the time taken for laser pulses to return from surrounding objects, the system generated a detailed, panoramic three-dimensional map. The sensor produced roughly one million data points per second, far exceeding the output of earlier systems, and was supplied to five of the six teams that completed the 2007 challenge. The technology attracted attention from automotive, mapping, robotics, and industrial users. Google used a Velodyne HDL-64E on early self-driving-car prototypes, while Caterpillar adopted the technology for off-road mapping of quarries, farms, and construction sites. Velodyne scanners were also used in mobile-mapping vehicles associated with Nokia Here, Microsoft Bing Maps, Tencent, Baidu, TomTom, Topcon, and Leica Geosystems. In 2011, an early prototype sensor was donated to the Robotics Collection at the Smithsonian Institution’s National Museum of American History. In 2016, the lidar business was spun out of Velodyne Acoustics as Velodyne Lidar, Inc. Ford and Baidu announced a combined $150 million investment that year. Velodyne expanded its manufacturing footprint in San Jose in 2017 and established research and development activities in Alameda. It also sponsored the SAE/GM AutoDrive Challenge. The company’s commercial relationships expanded to include automotive manufacturers, autonomous-shuttle operators, robotics companies, mapping providers, and industrial-automation developers. The product strategy evolved from large, rotating roof-mounted sensors toward smaller and more integrated devices. Velarray, introduced in 2017, was a solid-state directional lidar intended for placement in vehicle rooflines, bumpers, or behind windshields. The Alpha Puck, previously called the VLS-128, targeted long-range autonomous driving and highway-speed safety. Velodyne later introduced VelaDome for close-range sensing, Alpha Prime for high-resolution perception and mapping, Velabit as a highly compact lidar, and additional Velarray variants for vehicles and autonomous mobile robots. Vella software was designed to help connect lidar data with driver-assistance functions including lane keeping, emergency braking, and adaptive cruise control. The company pursued partnerships to improve manufacturing and software capabilities. In 2018 it announced collaborations with Nikon and Veoneer, received a Nikon investment, and worked with autonomous-mobility, mapping, and robotics companies including Embark, Geodetics, Voyage, Exyn Technologies, Yellowscan, Phoenix LiDAR, NAVYA, ThorDrive, and Postmates. It acquired mapping and localization software assets from Mapper.ai in 2019 and announced further relationships with Clearpath Robotics, Holomatic, Kaarta, Hyundai Mobis, TLD, EasyMile, Emesent, Baidu, and Local Motors. Velodyne also experienced leadership and governance changes. David Hall stepped down as chief executive in January 2020 and was succeeded by Anand Gopalan, previously the company’s chief technology officer. The company completed a merger with Graf Industrial Corp. in July 2020 and began trading publicly on Nasdaq in September under VLDR. In January 2021, Velodyne removed Hall as chairman and ended Marta Thoma Hall’s employment amid a public corporate dispute involving competing allegations of misconduct; she remained a director at that stage. In November 2021, Theodore Tewksbury replaced Gopalan as chief executive. Velodyne and Ouster announced an all-stock combination in November 2022. The transaction closed in February 2023. The combined company adopted the Ouster name and traded under OUST on the New York Stock Exchange, ending Velodyne Lidar’s existence as a standalone listed company while incorporating its technology and business assets into Ouster.
- 2023
Merger with Ouster is completed
[1]Velodyne combined with Ouster, after which the surviving business operated under the Ouster name and ticker OUST.
- 2020
Public listing and compact lidar launches
[1]Velodyne completed its Graf Industrial business combination, began Nasdaq trading under VLDR, and unveiled Velabit, Velarray H800, and Velarray M1600.
- 2019
Mapper.ai assets and new lidar products
[1]Velodyne acquired mapping and localization software assets from Mapper.ai and introduced VelaDome, Vella, and Alpha Prime.
- 2017
Manufacturing and product expansion
[1]Velodyne opened a major San Jose manufacturing facility, established Alameda R&D activities, and introduced Velarray and Alpha Puck.
- 2016
Velodyne Lidar becomes a standalone company
[1]The lidar division was spun off from Velodyne Acoustics, followed by a $150 million investment announced by Ford and Baidu.
- 2011
Prototype enters the Smithsonian robotics collection
[1]An early Velodyne lidar prototype was donated to the Robotics Collection at the Smithsonian’s National Museum of American History.
- 2007
Multi-laser 360-degree lidar wins industry attention
[1]Velodyne’s 64-laser rotating system supplied most of the teams that completed the challenge and demonstrated high-density three-dimensional sensing.
- 2005
DARPA Grand Challenge participation begins the lidar transition
[1]David and Bruce Hall entered an autonomous vehicle in the DARPA Grand Challenge, exposing the need for richer environmental sensing.
- 1983
Velodyne is founded as an audio company
[1]David Hall founded Velodyne, initially focusing on audio products and subwoofer technology.
Products and positioning
A specialist lidar supplier positioned around high-resolution three-dimensional perception for autonomous mobility, vehicle safety, mapping, robotics, and industrial automation.
Spinning 3D lidar sensor
HDL-64E
The HDL-64E was Velodyne’s best-known early high-density lidar platform. Its rotating laser array provided a broad, three-dimensional view around a vehicle and became influential in autonomous-driving research. Google’s early self-driving-car prototypes used the sensor, and its performance helped demonstrate the value of panoramic lidar for object detection, mapping, and vehicle navigation.
Solid-state lidar · 2017
Velarray
Velarray was a compact, directional solid-state lidar family designed for integration into production vehicles. Unlike Velodyne’s earlier 360-degree spinning sensors, the initial unit focused on a forward-facing field of view. Its intended installation locations included rooflines, bumpers, and areas behind windshields, supporting vehicle safety and autonomous-driving applications.
Long-range lidar sensor · 2017
VLS-128 / Alpha Puck
The VLS-128, later associated with the Alpha Puck name, was a long-range lidar platform intended for autonomous driving and advanced vehicle safety. It was designed to provide perception at distances suitable for higher-speed operation, including highway scenarios, while retaining the environmental mapping capabilities associated with Velodyne’s multi-beam systems.
Near-field lidar sensor · 2019
VelaDome
VelaDome was a compact, embeddable lidar product for detecting nearby objects. Its stated 180-by-180-degree field of view made it suitable for close-range coverage around vehicles and other platforms, complementing longer-range sensors in applications requiring awareness of surrounding obstacles and vulnerable road users.
Automotive lidar sensor · 2019
Alpha Prime
Alpha Prime was introduced as a high-performance lidar unit for vehicle safety, autonomous driving, and high-resolution mapping. It represented Velodyne’s effort to improve perception quality and operational capability while serving customers that needed detailed environmental information for automated navigation and driver-assistance systems.
Compact lidar sensor · 2020
Velabit
Velabit was presented as Velodyne’s smallest lidar sensor. Its compact size was intended to broaden lidar use beyond large autonomous test vehicles, including robotics, delivery systems, industrial automation, and other platforms where installation space, cost, and packaging are important constraints.
Perception software · 2019
Vella
Vella was Velodyne’s software offering for integrating lidar sensing into advanced driver-assistance functions. The company described applications including lane keeping assistance, automatic emergency braking, and adaptive cruise control. It reflected Velodyne’s attempt to participate in the perception and software layer rather than remain solely a hardware supplier.
Controversies
2021
Governance dispute involving the Hall family
Velodyne removed founder David Hall as chairman and terminated Marta Thoma Hall’s employment amid a dispute involving competing allegations of misconduct by the company and the Halls. David Hall retained a substantial ownership interest, and Marta Thoma Hall remained on the board at the time.
Marketing campaigns
- 2018Velodyne and MADD autonomous-vehicle safety initiative
United States
Velodyne partnered with Mothers Against Drunk Driving to promote autonomous-vehicle technology as a potential way to improve roadway safety and reduce impaired-driving risks.
Outcome. Created a public-safety and advocacy platform connecting autonomous mobility with the prevention of impaired driving.
- 2018World Safety Summit on Autonomous Technology
Global
Beginning in October 2018, Velodyne organized an annual summit focused on safety issues surrounding autonomous technology, bringing attention to perception, validation, regulation, and public acceptance.
Outcome. Established a recurring industry discussion forum associated with the Velodyne brand.
- 2017SAE/GM AutoDrive Challenge
United States
Velodyne sponsored a multi-year university autonomous-driving competition and provided lidar sensors to participating teams. The program supported student development and practical testing of automated-vehicle perception systems.
Outcome. Expanded technical engagement and visibility among universities and autonomous-driving researchers.
Brand decisions
2022
All-stock merger agreement with OusterM&ABackground
Both lidar companies faced a competitive market requiring scale, manufacturing efficiency, and broader product portfolios.
Action taken
Velodyne and Ouster agreed to combine in an all-stock transaction with ownership of the combined company divided equally between the two shareholder groups.
Aftermath
The transaction closed in February 2023, and the combined company adopted the Ouster name and ticker OUST.
2020
Business combination with Graf IndustrialM&ABackground
The company sought public-market access during heightened investor interest in autonomous-driving and lidar technologies.
Action taken
Velodyne merged with Graf Industrial Corp., a special-purpose acquisition company, and became publicly traded.
Aftermath
Velodyne began trading on Nasdaq under VLDR and continued commercializing lidar hardware and software as a public company.
2016
Spin off the lidar divisionStrategyBackground
Lidar had become Velodyne’s principal growth technology after the company’s involvement in autonomous-vehicle research.
Action taken
Velodyne separated the lidar operation from Velodyne Acoustics and established Velodyne Lidar as a standalone company.
Aftermath
The standalone business attracted strategic investment and focused its resources on automotive, mapping, robotics, and industrial sensing.
Recent events
TCS partners with automotive technology startups[3]
Reported:
TCS has partnered with more than 15 startups in electric- and autonomous-vehicle areas, including Stoneridge, Velodyne and Luminar Tech.
Faraday Future selects Velodyne as exclusive lidar supplier for FF 91[4]
Faraday Future announced that it had selected Velodyne as the exclusive lidar supplier for the FF 91 and specified the Velarray H800 sensor for the vehicle's autonomous driving system.
Velodyne Lidar and AGROINTELLI announce three-year sales agreement[5]
Reported:
Velodyne Lidar announced a three-year sales agreement with AGROINTELLI, whose Robotti autonomous tool carriers use Velodyne lidar sensors.
Velodyne Lidar and GeoSLAM announce multi-year sales agreement[6]
Reported:
Velodyne Lidar announced a multi-year sales agreement with GeoSLAM, which uses Velodyne lidar sensors in its ZEB-HORIZON mobile scanner.
Velodyne Lidar announces multi-year sales agreement with NAVYA[7]
Reported:
Velodyne Lidar announced a multi-year sales agreement with NAVYA. NAVYA had been using Velodyne lidar sensors in production for its autonomous shuttle fleet since 2015.
Velodyne Lidar announces sales agreement with Idriverplus[8]
Reported:
Velodyne Lidar announced a sales agreement to provide Puck sensors to Idriverplus over three years. Idriverplus said it would use the sensors in mass production of commercial autonomous vehicles.
Velodyne Lidar appoints Mathew Rekow as CTO[9]
Reported:
Velodyne Lidar announced Mathew Rekow as its new Chief Technology Officer, succeeding Anand Gopalan, who had recently been named CEO.
Velodyne introduces Velabit lidar sensor[10]
Reported:
Velodyne Lidar introduced Velabit, its smallest sensor, at CES 2020. The company said it would be available to customers in mid-2020.
Sources12 sources
- 1Velodyne Lidaren.wikipedia.org
- 2Velodyne Lidar official website
- 3TCS与汽车技术初创公司建立合作timesofindia.indiatimes.com
- 4法拉第未来选定Velodyne为FF 91独家激光雷达供应商auto.hexun.com
- 5Velodyne Lidar与AGROINTELLI宣布三年销售协议ottawasun.com
- 6Velodyne Lidar与GeoSLAM宣布多年销售协议finanznachrichten.de
- 7Velodyne Lidar宣布与NAVYA签订多年销售协议sensorsandsystems.com
- 8Velodyne Lidar宣布与Idriverplus达成销售协议financialpost.com
- 9Velodyne Lidar任命Mathew Rekow为首席技术官ottawasun.com
- 10Velodyne推出Velabit激光雷达传感器ottawasun.com
- 11Velodyne Lidar Announces Multi-Year Sales Agreement With GeoSLAMfinancialpost.com
- 12Velodyne Lidar Introduces Velabit™financialpost.com
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