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SUBMIT BEFORE JULY 16, 2026

FJD PaintMaster Airfield

FJD PaintMaster Parking

Not just a better line marker. A new way to mark airfields.


FJD PaintMaster Airfield brings airport pavement marking into the autonomous era, replacing labor-heavy layout and manual driving with a digital, repeatable workflow from CAD plans to precise runway, taxiway, and apron markings. Built for airport operations, it helps crews work faster, reduce on-site manpower, and maintain consistent marking quality within limited closure windows.

Brochure ​

50%+
less manpower required

Up to 3x
higher marking efficiency

30-50%
shorter runway closure time

*Actual results may vary by task, site conditions, and operating setup.

The challenge

Every Closure Window Has a Cost

Airfield marking must be accurate, consistent, and finished within short closure windows.

Traditional marking often depends on manual layout, repeated checking, experienced drivers, and long hours on site. Small errors can turn into repainting, wasted paint, delayed reopening, and extra pressure on the maintenance team.

  • Manual layout takes time before painting can even begin.
  • Existing markings may be off position, and repainting can repeat old errors. 
  • Long straight lines are hard to keep consistent by manual driving. 
  • Night work increases fatigue and supervision pressure. 
  • CAD drawings, point data, and job records need controlled handling. 

Solution Overview

One Digital Workflow for New Marking and Repainting

FJD PaintMaster Airfield brings layout, verification, simulation, autonomous painting, and reporting into one connected workflow. Instead of treating marking as a manual driving task, the system turns it into a planned, verified, and traceable operation.

Step 1

CAD Plan Import

Step 2

Route Simulation

Step 3

Autonomous Marking

Step 4

Completion Report Export

Core Value

Built Around the Work Airports Actually Need to Finish , and Control

Accuracy You Can Repeat
Industrial grade RTK positioning, IMU, and LiDAR sensing support centimeter level marking accuracy across daytime and nighttime maintenance operations.
Cleaner, More Consistent Lines
Automated driving and paint control help maintain straight, even lines across long runway, taxiway, and apron sections.
Less Exposure in Controlled Work Zones  
Autonomous operation, 360° monitoring, and physical anti collision protection help reduce unnecessary crew exposure around equipment and controlled airport work areas.  
Built for Long Maintenance Windows
Quick swap batteries help crews keep working through night maintenance windows and reduce interruptions caused by charging downtime.
Data Control for Airport Networks
Support local server deployment for CAD drawings, point data, job records, and operation data, helping airports keep sensitive marking information within their own network.  

Preview the Job Before Paint Hits the Pavement

Before operation, crews can preview the robot’s route and marking sequence. This helps identify path issues, reduce unnecessary adjustments on site, and give supervisors a clearer view of how the job will be executed.

  • Check the route before painting
  • Reduce trial and error on pavement 
  • Improve confidence before night work begins 
  • Support a more predictable marking plan

Planned for Airport Site Conditions

Every airport has different drawings, pavement conditions, security requirements, and work windows. FJD supports project based deployment, including drawing preparation, site verification, local data setup, operator training, and on site commissioning.

  • Requirement review
  • CAD drawing preparation
  • Local server deployment planning
  • Field verification workflow
  • Operator training
  • On site commissioning
  • Operation report setup

 

Designed for Common Airfield Marking Tasks

  Runways
  Taxiways
  Aprons

Outdoor Parking & Service Areas

Plan Your Next Airfield Marking Window With FJD

Talk with our team about your runway, taxiway, or apron marking workflow. We can help review your marking requirements, deployment conditions, and expected maintenance window.

SPECS

Complete Unit                                                                                                                                        


Weight
210 kg (463 lb)
Dimensions
1540 x 1215 x 980 mm ( 60.6 x 47.8 x 38.6 in.)
Software Updates
OTA
Connectivity
4G, wireless connection
Water Resistance Rating
IPX4
Operating Temperature
5–35 °C

Line Marking System                                                                                                                            


Line Width Adjustment Range
10—30 cm ( 3.9-11.8 in.)
Marking Speed  
1–4 km/h
Paint Tank Capacity  
19 L (5 gal)
Maximum Flow Rate  
2 L/min
Maximum Pressure
20 MPa

Battery & Charging                                                                                                                               


Battery Voltage
48 V
Battery Capacity
4 kWh
Runtime
6 h
Charging Time
4 h
Quick-Swap Battery
Supported
Optional / Standard /Unavailable