MYRO Revolutionises Construction Painting at Rio de Goa, India
At Rio de Goa, MYRO completed 6,873 sqm of interior painting across 18 apartments in just 15 days-66% faster than manual methods. Partnering with Tata Realty, this deployment showcased MYRO’s real-world impact in quality, speed, and paint efficiency for large-scale housing projects.
In January 2023, MYRO was deployed at the Rio de Goa residential project in partnership with Tata Realty, showcasing its ability to transform interior wall painting in large-scale housing developments. This marked a significant step forward in construction automation, particularly in reducing project timelines and reliance on manual labour.
The project involved painting 18 apartment units, covering a total of 6,873 square metres. MYRO completed the task in under 15 days, outperforming traditional painting methods and setting a new benchmark for speed and efficiency in the sector.
Key Metrics:
- Time Saved: 66% faster than manual methods
- Setup Time: 20 minutes
- Paint Waste Reduction: ~5%
- Output Split: MYRO – 66.69%, Crew – 33.31%
Equipped with a single MYRO unit and a three-member crew, the team achieved an impressive balance of automation and human oversight. MYRO handled the majority of the output, streamlining operations and maintaining consistent quality throughout the project.
The paint finish delivered by MYRO met industry benchmarks for Wet Film Thickness (WFT) and Dry Film Thickness (DFT), ensuring technical compliance and a professional-grade surface. Additionally, MYRO’s optimised paint spread contributed to a 5% reduction in material wastage, highlighting its efficiency in both performance and resource use.
This deployment at Rio de Goa served as a practical validation of MYRO’s effectiveness in real-world conditions. It demonstrated how intelligent automation can improve construction outcomes-saving time, minimising waste, and enhancing quality-all while reducing dependence on large labour teams.
The project stands as a compelling example of how robotics can bring a measurable impact to modern construction workflows.
