FAQ
iPlowRobot is developing an autonomous snow removal robot designed primarily forcommercial snow removal contractors
Commercial snow removal contractors managing multiple sites arethe initial target market.
It helps address labor shortages, improves safety, and increases route capacity.
Not initially. The first commercial focus is professional snow contractors.
The robot combines sensors, cameras, onboard computing, and autonomous navigation toclear snow within a defined operating area.
Yes. iPlowRobot has received a U.S. patent covering its autonomous snow removaltechnology
It focuses on commercial operations and a service-based business model rather thanrequiring customers to develop robotics expertise.
Approximately $4,000 per season for a lease with support or about $8,000 for purchase. customers to develop robotics expertise.
Leasing lowers upfront cost and includes ongoing support, helping contractors adopt newtechnology with less risk.
Planned services include setup, training, technical support, software updates, andmaintenance during the lease period.
Yes, a purchase option is planned.
Qualified contractors can apply to participate in pilot evaluations.
Transportation procedures will be finalized during pilot deployments and documentedbefore launch.
Yes–one operator at a site is expected to operate 4 to 5 robots. The robots comp0lete theirmission and go back to a designated spot awaiting next operation.
Remote monitoring and software updates are planned capabilities.
Updates are expected to be provided remotely whenever practical.
Pilot support procedures will define response expectations and maintenance processes
Safety is a core design priority usingmultiplesensors, obstacle detection, and controlledoperation.
The system is designed to use cameras and optional sensors such aslidar,ultrasonicsensors, GPS, IMU, or radardepending on configuration.
Night operation is an important design consideration and will be validated during testing.Lidar work with infrared light–which allows them to work in the dark.
Performancelimits will be established during field testing and published beforecommercialization.Initial target is for snow under 6 inches.
GPS is optional; multiple sensing technologies are considered for localization.
The robot uses a mapped operating area and onboard sensing for navigation
Yes. The patented design allows manual operation when needed.
Savings depend on route size, staffing, and weather.Pilot programs will quantify typicalresults.A typical robot costs $4000 to lease for a season of 4 months.
Automation can allow contractors to serve more properties with the same workforce whilereducing repetitive manual work.
Support plans include onboarding, training, maintenance, and technical assistance.
Initial deployments are expected to focus on the United States, beginning with pilotprogramsin thesuburban areas of Detroit, Michigan.
The founder is a licensed engineer with over 25 years of product development experience,robotics expertise, and multiple patents.
The company collaborates with LawrenceTechnological University, CentrepolisAccelerator, and members of Michigan’s startup ecosystem.
Join the mailing list or complete the contact form to receive pilot, product, and launchupdates.
Complete the contact form and include information about your business and operatingregion.
Yes. Investors are welcome to submit an inquiry through the contact page.
The underlying autonomous platform has potential applications in other commercialequipment over time.