10Lines provides autonomous pavement‑marking robots that can stripe parking lots, roads, airports and warehouses up to seven times faster than manual crews. Users plan layouts in dedicated software and the robots execute the markings without any pre‑chalking, delivering high‑precision lines while reducing labor costs, downtime and about 1.9 tons of CO₂ emissions per robot annually.
Funding
$1.6M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
2OTVFounders
Product
Problem
Manual pavement marking requires extensive labor, pre‑layout chalking, and often disrupts operations, leading to high costs, inconsistent line quality, and significant CO₂ emissions. Contractors, municipalities, and property managers struggle to complete striping projects quickly while maintaining precision and environmental standards.
Solution
10Lines offers autonomous striping robots that perform pavement marking without any pre‑marking. Users design the layout in a dedicated planning software, then deploy the robot, which autonomously paints precise, consistent lines even in low‑visibility or night‑time conditions. The robots operate up to seven times faster than traditional crews, reducing labor expenses and lot downtime while cutting approximately 1.9 tons of CO₂ emissions per robot per year. Integrated smart mapping and GPS navigation ensure high accuracy across large surfaces such as parking lots, roadways, airports, and warehouses. The system delivers a scalable, eco‑friendly solution that lets contractors and property owners increase productivity and expand service capacity.
Target Audience
Primary customers are pavement‑marking contractors, municipal public works departments, and commercial property managers who need fast, accurate, and sustainable striping solutions for large surface areas.
Features
- Autonomous operation with no need for chalk lines or manual pre‑marking
- 7× faster striping compared to conventional manual methods
- Night‑time capable operation to avoid disrupting daytime activities
- Software‑driven layout planning with GPS‑based smart mapping
- High‑precision line painting for consistent, compliant markings
- Eco‑friendly design reducing ~1.9 tons CO₂ emissions per robot annually
- Ability to service large surface areas such as parking lots, roads, airports, and warehouses