Aircraft Paint Booths for Aerospace MRO
Aerospace MRO coating work can involve full aircraft, removable panels, nacelles, doors, fairings and smaller components moving through prep, masking, coating and inspection. Double D Mechanical supports paint hangar, booth, prep station, exhaust, make-up air and utility work around those finishing areas.
Discuss your installationAircraft Envelope and Door Swing
Large aircraft spaces need clear dimensions for wings, tails, stands, tow paths and door travel. Component booths need the same attention at a smaller scale, including rack turning space, masking tables and the route from teardown or repair into paint.
Controlled Air Across Long Surfaces
Air distribution has to support consistent movement across fuselage sections, wings and vertical surfaces. Exhaust layout, intake placement and make-up air help reduce dead zones, overspray drift and pressure problems at personnel doors or hangar openings.
Utilities Around MRO Work Cells
Paint areas may need gas, electrical feeds, compressed air, lighting, controls, exhaust ductwork and conditioned replacement air coordinated with existing hangar systems. Routing should preserve maintenance access and avoid interfering with aircraft stands, lifts and tooling.
What to Prepare Before Review
Useful site visit information includes maximum aircraft or component dimensions, coating materials, daily movement patterns, available utilities, roof access, existing duct routes and photos of the proposed area.
- Mark tow paths, wing clearance zones and staging areas.
- Identify adjacent repair, inspection and wash areas.
- Provide equipment manuals or nameplates for existing booths, fans and heaters when available.
Frequently asked questions
What makes aircraft coating layouts different from general industrial booths?
Aircraft work often has longer surfaces, taller access platforms, strict movement paths and more sensitive masking and inspection steps than many smaller industrial parts.
Can component coating share space with larger aircraft work?
It can, but the layout should separate small part handling from aircraft movement so carts, racks and prep tables do not crowd tow routes or service areas.
Why is make-up air important in an MRO paint area?
Replacement air helps stabilize booth pressure, temperature and door behavior while exhaust fans remove coating overspray and vapors from the work area.
What access should remain open after installation?
Filters, fans, motors, heaters, lights, controls, duct cleanouts and roof penetrations should remain reachable for inspection and service.
What should be reviewed before relocating an aircraft paint booth?
Panel condition, fan condition, control wiring, duct paths, roof openings, utility locations and the physical path for large booth sections should all be checked.