NVIDIA Blog · Sep 2020
Describes the Double 3 launch, NVIDIA Jetson TX2 usage, and the company’s emphasis on autonomy and remote work use cases.
Public company, workplace, funding, and market signals
Double Robotics is a Burlingame-based telepresence robotics company that makes the Double 3, a self-driving mobile videoconferencing robot for hybrid offices and classrooms.
Primary product
Double 3 telepresence robot
Founded
2012
Headquarters
828 Airport Blvd., Burlingame, CA 94010, United States
Team size
1-10
Industry
Computer Hardware Manufacturing
Sub-industry
Telepresence robotics
Offices
3 jobs at Double Robotics
Business model
Stage
Seed / bootstrapped
Total raised
$2M
Latest round
Angel round
Leadership
Co-founder & CEO
Founders
Co-founder & CTO
Investors
Small, hardware-focused team centered on robotics and mobile app development; the careers page emphasizes building products for remote human interaction and hiring exceptional talent.
Pricing
One-time hardware sales plus optional accessories/upgrades and a paid fleet-management subscription (Basic Free; Professional at $99/month or $79.20 per robot/month billed yearly).
Differentiators
Technology
Customers
Competitors
Estimated revenue
$1M-$10M
Estimated monthly visits
6.9K
Traffic estimate as of Jun 2026
NVIDIA Blog · Sep 2020
Describes the Double 3 launch, NVIDIA Jetson TX2 usage, and the company’s emphasis on autonomy and remote work use cases.
The Verge · Aug 2019
Covers the Double 3 launch, including self-driving navigation, mixed reality, built-in screen replacement for the iPad, and pricing starting at $3,999.
Ars Technica · Jan 2016
Covers the Double 2 upgrade cycle, company size, profitability, customer mix across offices and schools, and early competitor landscape.
Forbes · Nov 2015
Profiles the founders, says the company raised an angel round after Y Combinator, and notes profitability and enterprise usage.
TechCrunch · Sep 2012
Reports the first named external investment from Grishin Robotics and early pre-order momentum for the original Double robot.