Address
304 North Cardinal
St. Dorchester Center, MA 02124
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Drone Spray Coating & Painting System for Critical Infrastructure
Protective drone spray coating for wind turbines, bridges, power grids (insulators & transmission towers), chimneys/stacks, building facades/walls, and pipelines.
Drone Painting & Protective Coating Applications
Wind Turbine O&M Coating (Drone Spray Painting)
Apply protective coatings for anti-corrosion, anti-rust, and anti-icing needs. Stable spraying posture helps maintain consistent coverage in windy conditions.
Bridge & Infrastructure Protective Coating
Reach difficult structural beams and under-decks effortlessly. The atomized spraying technology ensures deep penetration and rust prevention, replacing dangerous scaffolding setups.
Power Grid Coating for Insulators & Transmission Towers
Eliminate high-voltage climbing risks. The drone's 90° flexible nozzle precisely coats insulators with hydrophobic material, preventing pollution flashovers safely.
High-Altitude Coating for Towers & Chimneys / Stacks
Perfect for industrial chimneys and telecom towers. The contact-safe design allows the drone to operate close to structures, ensuring 3mm precision without collision damage.
Building Facade & Wall Painting / Coating
Rapid deployment for large-scale wall painting. Compatible with latex and fluorocarbon paints, delivering a flawless finish with minimal paint waste and reducing overspray and sagging by 95%.
Pipeline & Tank Coating Preservation
Navigate complex industrial geometries. The pliable arm adapts to curved surfaces, providing consistent anti-corrosion layers for chemical storage and oil pipelines.
Aerial Painting & Coating System
Built for equipment buyers and O&M teams, this aerial painting/coating system is designed for repeatable results: fast field setup, stable close-proximity operation, and consistent atomized coverage across complex assets—wind turbines, bridges, insulators, facades, towers, and stacks.
- Quick on-site deployment for tighter maintenance windows (≈10-min prep, ≈1-min flight tuning)
- Tactile-AI stabilization for steadier spraying near surfaces and reduced boom sway
- Atomized spray with distance-aware output control (up to 3 m standoff) plus 90° direction adjustment to reach edges and blind spots
Why Traditional High-Altitude Coating is Obsolete
High Risk
- Manual work on scaffolding or ropes poses severe safety hazards to personnel.
High Cost & Downtime
- Lengthy setup times for cranes and scaffolding kill your operational efficiency.
Inconsistent Coverage
- Manual spraying often leads to uneven layers, dripping, and material waste.
Why Use a Drone for Painting & Coating
Safety by Design
- Compliant morphology helps reduce damage in accidental contact
- Impact buffering up to 50 N for close-proximity work
- Motor protection + monitoring with ±1°C temperature monitoring
Precision on Complex Geometry
- Tactile AI stabilization suppresses boom sway to keep flight posture steady
- 90° adjustable spraying direction to cover blind spots
- Adaptive control to handle curved surfaces and wind disturbances
- Supports consistent film build with controlled standoff distance, spray overlap, and coating thickness targets (DFT/WFT).
Fast, Repeatable Workflows
- ~10-minute on-site preparation
- ~1-minute flight tuning
- Route planning + recording for fast reuse across repeated jobs
- (runs, sags, orange peel, overspray)
Ramoton RT30-P4 Drone Coating & Painting System — Stability Meets Flexibility
Empowered by Pliabot® technology, the Ramoton RT30-P4 is a drone spray coating & painting system built for close-proximity work. Its pliable joint arm absorbs contact and spray recoil to maintain a stable posture—supporting millimeter-level spraying accuracy, more consistent coverage, and reduced defects in complex geometries.
- Native Collision Safety: Soft joints buffer up to 50N of impact force.
- Tactile AI Stabilization: Eliminates swing for steady, uniform coating.
- Atomized Spraying: Reduces paint waste and prevents dripping (95% less overflow).
Core Technology Behind Stable Drone Spray Coating
Pliable Tactile AI Stabilization for Close‑Proximity Spraying
The AI‑driven soft joints automatically compensate for wind disturbance and spray recoil, helping maintain a stable spraying posture near surfaces. This improves repeatability for spray path consistency and pass overlap.
90° Flexible Nozzle for Edge & Blind-Spot Coverage
With 20° vertical and 90° horizontal adjustment, the nozzle reaches edges, undercuts, and blind spots on curved assets such as wind turbine blades and insulators. Supports consistent coverage by maintaining the desired spray angle and standoff distance.
Atomized Spraying for Uniform Coating Finish
Advanced pneumatic control creates a fine, uniform mist. Compatible with anti-freeze, fluorocarbon, and latex paints (Viscosity 10-15s).
Compatible Coatings
Compatible with multiple coating types such as color paint, latex paint, insulating varnish, and fluorocarbon coatings, subject to viscosity and formulation.
Atomized Spraying for Fine, Uniform Coatings
Atomized spraying is designed to improve coating finish quality in aerial scenarios—supporting more uniform coverage, better repeatability, and reduced material waste.
Reduced Overspray & Runs
Designed to help reduce overspray and common defects such as runs/sags and orange peel, depending on coating formulation, viscosity, and operating parameters.
Extend working distance compared to direct spray approaches for improved flexibility and safety.
Distance-Aware Output Control
Automatically adjusts coating output and spray air pressure to maintain consistent results across different working distances.
Automation That Scales Across Assets and Sites
Built for repeatable field work, the RT30-P4 supports standardized workflows—from route planning to process updates—so teams can deliver consistent coating quality across similar assets and multiple sites, with less setup time and easier training.
Automated Route Planning for Coating Tasks
Create structured flight routes for coating jobs with consistent speed, spacing, and coverage logic—supporting repeatable execution and easier job handover between operators.
Recording & Reuse for Repeated Maintenance
Record proven routes and reuse them for periodic maintenance on similar assets (e.g., towers, facades, turbine sections), improving productivity and helping reduce variability between jobs.
OTA Process Updates for New Coating Workflows
Update coating workflows and automation programs via OTA to deploy new processes faster—without rebuilding the entire operating procedure.
Integrated Single‑Operator Control (DJI FC30 + Spray Control)
Seamless DJI FC30 Drone + spraying control designed for streamlined operation (custom integration with more platforms available).
Frequently Asked Questions (FAQ)
Is AP30-P4 a washing/cleaning system?
No. AP30-P4 is designed for painting/coating applications using an atomized spraying process.
What assets is it designed for?
Typical scenarios include wind turbines, bridges, insulators/transmission towers, building facades/walls, high towers, and chimneys/stacks.
How does it stay stable near surfaces?
A compliant joint with tactile AI stabilization helps suppress boom sway and stabilize spraying posture during disturbances and spraying recoil.
What is the working distance?
It supports up to 3m standoff spraying, improving flexibility and helping reduce risk in close-proximity operations.
Can it cover edges and blind spots?
Yes. It supports 90° adjustable spraying direction for wide-angle coverage.
How fast is deployment?
Typical workflow includes ~10-minute on-site preparation and ~1-minute flight tuning (conditions may vary).
Can we reuse routes for repeated maintenance jobs?
Yes. It supports route recording and reuse, enabling repeatable workflows across similar assets.
How do updates work?
RT30-P4 supports OTA updates to load additional coating processes and automation programs efficiently.
We’ll be glad to hear from you.